Tag: Tools
Sinclair Calculator: Calculate Sinclair Total Points
The Sinclair Calculator is a tool used in the sport of Olympic weightlifting to standardize and compare lifters’ performances across different body weights. Understanding the Sinclair Calculator The Sinclair Calculator is a tool that weightlifters use to compare their lifts with those of other lifters, irrespective of body weight. It’s the fairest way to compare […]
The post Sinclair Calculator: Calculate Sinclair Total Points appeared first on Fitness Volt.
Heart Rate Based Calorie Burn Calculator
Whether you are trying to burn fat and lose weight or build muscle, it’s often helpful to know how many calories you burn during your workouts.
For weight loss, this can help ensure you have created a sufficient calorie deficit for fat burning. When building muscle, knowing how many calories you burn per workout can be useful for ensuring you still have a calorie surplus, which is critical for building muscle.
Most calorie expenditure calculators provide a rough estimate of how many calories you burn. However, your actual energy expenditure is determined by how hard you work. For example, walking four miles an hour will burn significantly more calories than two miles an hour. Most calorie expenditure calculators fail to take exercise intensity into consideration.
Our simple-to-use calculator takes your exercising heart rate into account, providing you with a more accurate indicator of your calorie expenditure per workout.
Heart Rate-Based Calorie Burn Calculator
Result:
You Burned
If you would like to use this calculator on your website or blog you can simply embedded this
calculator in one click. Use the below ‘Generate Code’ tool to get the embedded code.
Generate Code
What is the Heart Rate-Based Calorie Burn Calculator?
Our heart rate-based calorie burn calculator is designed to estimate the number of calories you burn during AEROBIC workouts. It uses your average heart rate to determine the intensity of your workout so it can more accurately determine your energy expenditure.
In general, the higher your heart rate, the more intense your workout is and the more calories you burn. The calculator also takes your gender, weight, and age into consideration, both of which affect your energy expenditure.
After entering all the relevant details, the calculator will reveal the number of calories burned during your workout. You can then use this information to plan your food intake according to your goals.
How Does the Heart Rate-Based Calorie Burn Calculator Work?
Estimating your caloric expenditure from your heart rate requires some heavy-duty math. Sure, you COULD do this calculation yourself, but with our calculator, you don’t need to. These are the equations that the calculator uses to determine your heart rate-based calorie expenditure:
Male: ((-55.0969 + (0.6309 x HR) + (0.1988 x W) + (0.2017 x A))/4.184) x 60 x T
Female: ((-20.4022 + (0.4472 x HR) – (0.1263 x W) + (0.074 x A))/4.184) x 60 x T
HR = Heart Rate (in beats/minute)W = Weight (in kilograms)A = Age (in years)T = Exercise Duration Time (in hours)
How to Use the Heart Rate-Based Calorie Burn Calculator
While the equation for determining your heart rate-based calorie expenditure is pretty complex, our calculator is incredibly simple to use. Just follow these step-by-step instructions to get your results.
Select your units, choosing between imperial (pounds) or metric (kilograms).
Select your gender, choosing between male and female.
Enter your age in years.
Enter your weight in pounds or kilograms.
Enter your exercise duration in minutes and seconds.
Enter your average heart rate for the workout.
Hit “enter” and read off your result from the output box.
Interpreting your Results
After entering the required information and hitting enter, you’ll receive your calorie expenditure for your workout, adjusted according to your average heart rate. The higher your average heart rate, the higher your caloric expenditure should be. That’s because your heart rate increases as you exercise harder.
When you exercise, your muscles demand more oxygen than at rest. To supply this extra oxygen, your breathing rate and depth increase and your heart rate goes up, too. This ensures that your working muscles get the oxygen they need to keep you moving. All this extra work requires more energy, which is measured in calories.
Therefore, there is a direct correlation between your exercise intensity, your heart rate, and your caloric expenditure. The harder you work out, the higher your heart rate will be and the more calories you’ll burn per minute.
How to Use Your Results
Now that you know your heart rate-based caloric expenditure, what can you do with this information? Here are a couple of ideas:
For weight loss and fat burning
Losing weight invariably means creating a calorie deficit. A calorie deficit occurs when you consume fewer calories than your body needs to maintain your current weight. This deficit forces your body to use stored fat to make up the energy shortfall, leading to fat burning and weight loss.
It’s generally accepted that you need a 500-calorie-per-day deficit to lose one pound of fat per week. This can be achieved by eating less, exercising more, or a combination of these two scenarios.
Knowing how many calories you burn per workout makes it easier to adjust your diet for weight loss. You may find your workouts burn more calories than you realized, so you don’t need to cut your calorie intake as dramatically. Conversely, you could also find that you aren’t burning as many calories as you expected, so you need to cut your calorie intake more aggressively.
Make your workouts better for fat and weight loss
The higher your heart rate, the more calories you burn per workout. You can use this information to motivate you to raise the intensity of your workouts to increase your exercise energy expenditure.
For example, a 35-year-old woman weighing 140 pounds with an average heart rate of 120 BPM burns 200 calories in 30 minutes. However, if they increase their average heart rate to 140 BPM, they’ll burn 264 calories or an additional 64 calories per workout. These extra calories could have a significant impact on your rate of weight loss.
Knowing that your more strenuous workouts burn more calories could be the incentive you need to kick your training up a gear and start working harder.
For building muscle and gaining weight
Building muscle and gaining weight require a calorie surplus. This involves consuming more calories than you burn. Depending on how quickly you want to gain weight, your calorie surplus could range from 300 to 1000 or more calories per day.
Needless to say, the longer and harder you exercise, the greater your daily caloric expenditure will be. It’s entirely possible that your workouts could wipe out your calorie surplus, leading to little or no muscle and weight gain progress.
Knowing how many calories you burn during your workouts means you can more accurately adjust your diet to ensure you have the surplus you need for your goals.
FAQ
1. How accurate is the heart rate-based calorie burn calculator?
Our heart rate-based calorie burn calculator provides a reasonable estimate of how much energy you’ll burn during an aerobic workout at a given average heart rate. The equations are tried and tested and shown to be reliable.
However, there are several factors that the calculator doesn’t account for, which can affect the accuracy of your results. As such, consider the results from this calculator as relatively accurate but not 100% precise.
The most exact way to determine calorie expenditure during exercise is through indirect calorimetry, which uses a metabolic chamber or a portable metabolic analyzer. These methods measure the amount of oxygen consumed vs. carbon dioxide produced during exercise to accurately calculate the energy expenditure.
2. What factors can affect the accuracy of the calculator?
There are several factors that can affect the accuracy of our heart rate-based calorie burn calculator. These include:
Individual heart rate variability: Resting and exercising heart rate can vary from person to person. These variations can be influenced by factors such as age, fitness level, genetics, and overall health. This can affect the accuracy of the calculations.
Accuracy of average heart rate reading: The accuracy of the average heart rate data plays a crucial role in your final result. Use an ECG-quality chest strap paired with a good-quality monitor to get the most accurate readings, if possible.
Environmental factors: Temperature, humidity, altitude, and other environmental conditions can influence heart rate and estimated calorie burn during exercise. However, they may also cause you to slow down, actually lowering your caloric expenditure.
Metabolism: Metabolic rates can vary, and some people naturally burn calories more efficiently than others. The calculator cannot account for this variability.
Body Composition: More muscular individuals typically burn more calories than those with a higher proportion of body fat. Body fat percentage is not accounted for in this calculation.
3. Can a heart rate-based calorie burn calculator be used for different types of exercises?
Yes – where there are activity-specific calorie-expenditure calculators, it’s exercise intensity rather than the type of exercise performed that matters most. As such, you can use this calculator with any aerobic workout, inkling walking, jogging, running, swimming, cycling, rowing, etc. However, it is not suitable for anaerobic activities such as weight training or high-intensity interval training.
4. How do I determine my average heart rate?
The most convenient and accurate way to determine your average heart rate during workouts is by using a heart rate chest strap paired with a monitor. These chest straps measure the electrical activity in your heart and use the same technology as clinical EKG machines to provide real-time measurements.
Another common method used in fitness trackers and wearable devices is photoplethysmography (PPG). These devices use light-emitting diodes (LEDs) to sense blood flow through arteries and veins, offering accurate heart rate readings for most individuals.
In addition, some cardio machines have built-in heart rate sensors. Grip and hold the sensors to complete an electrical circuit, and the machine will estimate your working heart rate. Repeat this process several times during your session to obtain your average heart rate.
If you don’t have access to a heart rate monitor, you can manually measure your heart rate. Press your first two fingers gently against your carotid (neck) or radial (wrist) pulse and count the number of beats for 15 seconds. Multiply this number by four to get your heart rate per minute.
However, note that this manual method does not provide real-time tracking during your workout and is generally less accurate than using heart rate monitors.
5. Are there different heart rate zones for specific fitness goals?
Yes, there are different heart rate zones that correspond to different fitness goals. Heart rate training zones are based on a percentage of your maximum heart rate (MHR) and are used to determine your workout intensity and achieve different fitness objectives.
Zone 1 – Recovery Zone (50-60% MHR): This zone is ideal for warm-ups, cool-downs, and light activities. It helps improve blood circulation and aids in recovery after more intense workouts.
Zone 2 – Fat-Burning Zone (60-70% MHR): This zone is often recommended for fat burning during exercise. It enhances the body’s ability to use fat as a primary source of energy, making it beneficial for weight loss and improving endurance. However, overall caloric expenditure will often be lower.
Zone 3 – Aerobic Zone (70-80% MHR): Training in this zone improves cardiovascular endurance and overall fitness. It is an efficient zone for increasing stamina and boosting aerobic capacity. Exercise in this zone burns more calories per minute than zones one and two.
Zone 4 – Anaerobic Zone (80-90% MHR): In this zone, the body is working anaerobically, i.e., without oxygen, and lactic acid buildup can occur. It is suitable for high-intensity interval training (HIIT) and helps improve anaerobic endurance.
Zone 5 – Redline or Max Effort Zone (90-100% MHR): This is the highest-intensity zone where you work at or close to your maximum heart rate. It is ideal for short bursts of high-intensity efforts and can help improve overall athletic performance. Zone five is only sustainable for a few seconds.
Wrapping Up
While it’s often helpful to know how many calories you burn per workout, most calorie-expenditure calculators don’t take exercise intensity into account. They mistakenly assume that two people running six miles/10 kilometers an hour burn roughly the same number of calories.
However, this is not always the case.
For example, an unfit person will work much harder than a very fit person and burn more calories even if they cover the same distance it the same time. Speed/distance alone does not determine energy expenditure, and intensity matters more.
Use our Heart rate-based calorie burn calculator to get a more accurate idea of how many calories you expend per workout.
Sit-Ups Test Calculator: Testing Your Fitness at Home or Gym
Assess your core strength using our Sit-Ups Test Calculator. Uncover valuable insights, understand your results, and discover expert tips for enhancing your Sit-Up test performance.
Sit-up Test Calculator
Calculate
Reset
Results
Population Average:
Sit-ups
Your Sit-ups
Population Average
How to use Sit-Up Calculator
Using the Sit-Up Calculator is a straightforward process that requires just a few simple steps.
Select your gender
Enter your age
Number of repetitions you can perform
Click on the “Calculate” button
The calculator will determine your population average, score, and rating based on your input.
Understanding Results
The Sit-Up Calculator generates three essential results:
Population Average
Score
Rating
The population average represents the average number of sit-ups individuals in your age group and gender can typically perform. Your score indicates how your performance compares to the population average, while the rating categorizes your performance level, ranging from “Excellent” to “Very Poor.”
Sit-up Test Chart
The sit-up chart provides age and gender-specific benchmarks for sit-up performance. We used this same data to develop the logic for our calculator. These charts assist you in measuring and monitoring your core strength.
1-Minute Sit-up Test for Men
The following chart shows the core strength based on the number of sit-ups men can perform in a minute, categorized by different age groups.
Age
18-25
26-35
36-45
46-55
56-65
65+
Excellent
>49
>45
>41
>35
>31
>28
Good
44-49
40-45
35-41
29-35
25-31
22-28
Above average
39-43
35-39
30-34
25-28
21-24
19-21
Average
35-38
31-34
27-29
22-24
17-20
15-18
Below Average
31-34
29-30
23-26
18-21
13-16
11-14
Poor
25-30
22-28
17-22
13-17
9-12
7-10
Very Poor
23
Good
37-43
33-39
27-33
22-27
18-24
17-23
Above average
33-36
29-32
23-26
18-21
13-17
14-16
Average
29-32
25-28
19-22
14-17
10-12
11-13
Below Average
25-28
21-24
15-18
10-13
7-9
5-10
Poor
18-24
13-20
7-14
5-9
3-6
2-4
Very Poor
Chicken Protein Calculator
It’s no secret that chicken is a fantastic source of lean, high-quality protein. However, determining the exact protein content can be a bit challenging. That’s where our Chicken Protein Calculator comes in. It’s a simple but powerful tool that allows you to accurately measure and understand the protein content of your chicken dishes.
Chicken Nutrition Calculator
Protein Content
Chicken Cut:
Weight:
Cooking Method:
Serving Size:
Protein:
Protein (% of daily intake):
Calories:
Fat:
Vitamins:
Minerals:
Copy Results
How to Use the Chicken Protein Calculator
Select the Chicken Cut: Choose the type of chicken cut you will be using from the dropdown list. Options include Chicken Breast, Chicken Thigh, and Chicken Drumstick.
Enter the Chicken Weight: Input the weight of the chicken in the provided field. You can enter the weight of a single chicken piece or the total weight if using multiple pieces. Select the appropriate unit (grams or ounces) from the dropdown list.
Choose the Cooking Method: Select the cooking method you will be using from the dropdown list. Options include Grilled, Baked, and Fried.
Specify the Serving Size: Enter the desired serving size in the provided field. This refers to the portion size of the chicken dish that you will consume. Select the appropriate unit (grams or ounces) from the dropdown list.
Enter the Daily Protein Intake: Input your daily protein intake goal in grams in the provided field. This helps you determine the percentage of your protein intake that the chicken dish will fulfill.
Calculate: Click the “Calculate” button to generate the results based on the provided inputs.
Clear Inputs: If you want to reset the form and start over, you can click the “Clear” button.
Understanding the Results
The results section will provide you with detailed information about the nutritional content of your chicken dish. Here’s what each section represents:
Chicken Cut: Displays the type of chicken cut you selected.
Weight: Shows the weight of the chicken you entered, along with the specified unit.
Cooking Method: Indicates the cooking method you chose.
Serving Size: Represents the specified serving size of the chicken dish, along with the unit.
The following nutritional information will be provided:
Protein: Displays the protein content of the chicken dish based on the inputs you provided.
Protein (% of daily intake): Represents the protein content as a percentage of your daily protein intake goal.
Calories: Shows the calculated calorie content of the chicken dish.
Fat: Indicates the fat content of the chicken.
Additionally, you will find information about the vitamin and mineral content of the chicken dish in separate sections:
Vitamins: Provides a list of vitamins contained in the chicken dish.
Minerals: Provides a list of minerals contained in the chicken dish.
Feel free to use the “Copy Results” button to copy the generated results for your reference or further analysis.
The Science Behind the Chicken Protein Calculator
The Chicken Protein Calculator isn’t just a random number generator. It’s a precision tool rooted in scientific research and data analysis.
Data Collection for the Chicken Protein Calculator
The Chicken Protein Calculator is built on extensive data from the USDA National Nutrient Database. This data comprises the protein content of various chicken products based on their weight and preparation method.
Mathematics of the Chicken Protein Calculator
The Chicken Protein Calculator uses this data to calculate the protein content of your entered chicken product and portion size. This calculation involves proportions, making it accurate and reliable.
How Much Protein in Chicken? Breast, Thigh and More
Chicken Breast:
Chicken breast is a popular choice due to its high protein content. A skinless, cooked chicken breast weighing 172 grams contains about 54 grams of protein, equivalent to 31 grams per 100 grams. It is a low-fat and protein-rich option, making it favored by bodybuilders and those aiming for weight loss.
Chicken Thigh:
Chicken thighs are a flavorful and cost-effective cut of meat. A 52-gram skinless, boneless, cooked chicken thigh contains 13.5 grams of protein, equivalent to 26 grams per 100 grams. Each chicken thigh has around 109 calories, with 53% of the calories coming from protein and 47% from fat. The darker color and slightly higher fat content contribute to their succulent taste. In summary, chicken thighs provide 13.5 grams of protein and a balanced protein-to-fat calorie ratio.
Chicken Drumstick:
Chicken drumsticks, the lower part of the chicken leg, are a protein-rich choice. A 44-gram skinless, boneless chicken drumstick contains approximately 12.4 grams of protein, or 28.3 grams per 100 grams. With 76 calories per drumstick and 70% of calories from protein, they offer a flavorful and satisfying option.
Chicken Wing:
Chicken wings, commonly enjoyed as snacks, contain approximately 6.4 grams of protein in a skinless, boneless wing weighing 21 grams. This is equivalent to 30.5 grams of protein per 100 grams. With around 42 calories per wing and 64% of the calories coming from protein, they offer a flavorful option. When consumed with the skin, a chicken wing provides 99 calories with a protein-to-fat calorie ratio of 39:61.
Read also: Turkey Vs. Chicken: Which Is Healthier
Which Cut Should You Eat for Maximum Benefit?
The choice of chicken cut depends on your personal preferences, dietary goals, and nutritional needs. Chicken breast is known for its high protein content and lower fat content, making it a popular choice among those aiming for lean muscle development. Chicken thigh and drumstick are slightly higher in fat but still provide a good amount of protein. Chicken wing, while lower in protein compared to other cuts, can still be enjoyed as part of a balanced diet.
Consider your dietary preferences and goals when selecting the chicken cut that suits you best.
FAQs
How accurate is the Chicken Protein Calculator?
It is highly accurate, thanks to the extensive USDA data it is based on.
Can I use the Chicken Protein Calculator for other meats?
No, this calculator is specifically designed for chicken products.
How do you calculate protein in chicken?
To calculate the protein content in chicken, you need to know the weight of the chicken and the protein content per 100 grams. You can use the following formula:
Protein Content = (Weight of Chicken / 100) * Protein Content per 100 grams
First, determine the weight of the chicken. Then, obtain the protein content per 100 grams from a reliable source such as a food database or packaging information. Divide the weight of the chicken by 100 to convert it to the equivalent value per 100 grams. Multiply this value by the protein content per 100 grams to calculate the protein content in the actual amount of chicken you have.
By applying this formula, you can accurately determine the protein content in chicken based on its weight and protein content per 100 grams.
How much protein is in a 4 oz serving of chicken?
4 oz serving of boneless, skinless chicken breast generally contains approximately 25 grams of protein. It’s important to note that this protein content may vary slightly depending on factors such as the specific chicken breast and cooking method used.
The Bottom Line
The Chicken Protein Calculator is a valuable tool for anyone looking to measure and understand the protein content of their chicken dishes. It helps you make informed dietary choices and promotes healthier living. By using this calculator, you can optimize your protein intake and tailor your chicken dishes to meet your nutritional needs.
Now you’re all set to calculate and understand the protein content of your chicken dishes using the Chicken Protein Calculator!
Related:
Race Time Predictor Calculator
Learn your race performance by using our Race Time Predictor tool – it allows you to input the time of a recent race and uses that information to predict what you could potentially achieve at a different race distance.
In the hustle and bustle of modern life, more people than ever before are lacing up their shoes, hitting the road, and discovering the joy and challenge of running. From neighborhood 5K races to grueling marathons, there’s a thrill in testing our endurance and pushing our limits.
If you’re a seasoned pro with several marathons under your belt, or a beginner prepping for your first 5K, or somewhere in between, you’ve probably wondered: “How can I predict my race time?” It’s a crucial question, as it helps you set achievable goals and shape your training plans effectively.
Enter the Race Time Predictor Calculator. Picture it as a trusted running coach who’s always there for you. This handy tool, armed with a sophisticated algorithm, takes in details like your past race time and distance, then processes this information to predict your likely finish time for races of various lengths. It’s an empowering resource that provides a window into your future achievements on the track or trail, helping you to plan, prepare and reach for the stars.
How Does the Race Time Predictor Work?
The Race Time Predictor Calculator is designed to use data from a previous race or trial run. You input the distance of the race you have completed or plan to complete, your finishing time for that race, the type of terrain for the upcoming race, and the elevation gain for the race course. The calculator uses these inputs to predict your finishing times for various popular race distances.
User Input Fields
There are four key fields that users need to fill out in the calculator:
Race Distance: The distance of the race you’ve completed or plan to complete. You can specify this distance in either kilometers (km) or miles (mi).
Race Time: The time it took you to complete the reference race distance. The time can be entered in either minutes (min) or seconds (sec).
Course Terrain: The terrain type of the race course. Users can select between “flat”, “hilly”, or “mixed” terrains.
Elevation Gain: The total elevation gain, in meters, over the course of the race. This can be a critical factor in determining the difficulty of a race, especially for longer distances or hilly terrains.
Once all the necessary inputs are provided, the user can click on the “Predict” button to generate the race time predictions.
Riegel’s Formula
The Race Time Predictor Calculator primarily uses the Riegel formula for its time predictions. The Riegel formula is a widely recognized method in the running community for predicting race times. It’s based on the assumption that a runner’s speed declines as the race distance increases.
The formula itself is T2 = T1 * (D2/D1) ^ 1.06
Here’s a breakdown of the elements in this formula:
T1 is the time achieved for the known distance (D1).
T2 is the time predicted for the unknown distance (D2).
D1 and D2 are the known and unknown distances respectively.
The exponent 1.06 is a constant derived from empirical data and represents the slowing of the runner’s pace as the distance increases.
The calculator also takes into account other factors such as course terrain and elevation gain. For hilly terrain, it slightly increases the predicted time, while for mixed terrain, it makes a lesser adjustment. Elevation gain is used to adjust the time further, with each additional meter of elevation expected to increase the race time.
Keep in mind that while this formula is a valuable tool for planning training and setting race goals, it’s only a prediction and individual results can vary based on a multitude of factors including training, race conditions, and individual fitness levels.
Output: Race Time Predictions
The calculator will display the predicted times for various distances including 1 mile, 5 kilometers, 10 kilometers, half marathon (21.0975 kilometers or 13.1 miles), and full marathon (42.195 kilometers or 26.2 miles). It also shows a progress bar indicating your progress towards these race distances based on your reference race time.
Along with the time predictions, the calculator also provides personalized recommendations based on the predicted times, helping users to understand what they might need to focus on during training to improve their performance.
In addition, the calculator gives the users a summary of the course information they provided, namely the terrain type and the total elevation gain. This aids users in visualizing the conditions of the future race.
Visualizing Your Predicted Times
To help users visualize their predicted times across different distances, the calculator features a bar chart. This chart shows the predicted times for the different race distances, making it easier to compare the times and understand how changing one parameter (such as terrain or elevation gain) might impact your race times.
The Importance of Accurate Predictions
Female Athlete Running
It is important to note that while this tool uses an advanced algorithm to make its predictions, the actual race day performance will also be influenced by other factors not considered in this calculator, such as weather conditions, the runner’s physical and mental state on the race day, and the specific details of the race course.
The Race Time Predictor is not only a tool for predicting finishing times but also an aid in setting achievable goals, designing training programs, and even selecting races that fit your capabilities and preferences. However, it is only as accurate as the information you provide, so it is crucial to input accurate and honest information for the best results.
In conclusion, the Race Time Predictor Calculator is an excellent tool for runners of all levels. By incorporating individual parameters and using advanced calculations, it offers a customized race time prediction that helps runners better prepare for their upcoming races.
Whether you’re just getting started in the world of running or you’re a seasoned marathoner looking to improve your personal best, the Race Time Predictor can provide valuable insights into your performance and potential.
Related:
Calories Per Gram Calculator
Are you looking to convert the amount of macronutrients from grams to calories? Look no further! Our Grams to Calories Calculator is a simple and convenient tool that allows you to convert the grams of macronutrients into their corresponding calorie values. Whether you want to track your daily intake, maintain a healthy diet, or achieve your weight goals, this calculator will be your go-to resource.
Calories Per Gram Calculator
Calculate
Clear
Calories Breakdown
Macronutrient
Grams
Calories
Carbohydrates
0
0
Proteins
0
0
Fats
0
0
Total Calories
0
0
Protein and carbohydrates provide 4 calories per gram, while fats offer a substantial 9 calories per gram. This user-friendly macronutrient calculator is here to assist you in computing the total calories derived from proteins, fats, and carbs in any given meal, ensuring an accurate overall calorie count.
Understanding the Conversion: Grams to Calories
Food labels often provide information about the total calories and grams of macronutrients present, but they rarely mention the specific calorie breakdown for each macronutrient. That’s where our calculator comes in handy. By using it, you can easily understand the relationship between grams and calories and learn the conversion rules.
Let’s take a closer look at the calorie content of each macronutrient:
How Many Calories in a Gram of Carbohydrates?
In general, carbohydrates provide approximately 4 kilocalories (kcal) per gram. Simple sugars offer around 3.87 kcal per gram, while complex carbohydrates range from 3.57 to 4.12 kcal per gram. For simplicity, the conversion is often rounded to 4 kcal per gram.
Try Carbohydrate Intake Calculator!
How Many Calories in a Gram of Protein?
Protein also provides around 4 kcal per gram. It plays a vital role in cell structure and function, and you must obtain it from your diet since the human body cannot synthesize all necessary amino acids.
Try Protein Intake Calculator!
How Many Calories in a Gram of Fat?
Among the macronutrients, fat has the highest calorie content. Each gram of fat provides 9 kcal. Fats are essential for various bodily functions, including maintaining cell membranes, regulating body temperature, and aiding in the absorption of fat-soluble vitamins.
Try Fat Intake Calculator!
How Many Calories in Alcohol?
Alcohol contains 7 kcal per gram. To calculate the calories from alcohol, multiply the amount of alcohol in grams by 7. For example, if you have 50 mL of vodka with an alcohol content of 40%, the calculation would be 7 kcal/g × 50 mL × 0.40 × 0.78924 g/mL = 110 kcal.
Gram to Calorie Conversion Table
Convert the macro’s nutritional values by the this calculator precisely.
Gram
Calories
1g
7.7162 kcal
2g
15.43 kcal
3g
7.7162 kcal
4g
23.15 kcal
5g
30.86 kcal
6g
38.58 kcal
7g
46.3 kcal
8g
54.01 kcal
9g
61.73 kcal
10g
69.45 kcal
15g
108.03 kcal
20g
146.61 kcal
25g
185.19 kcal
30g
223.77 kcal
35g
262.35 kcal
40g
300.93 kcal
Understanding Calories: Calorie vs. Kilocalorie
When discussing calories, it’s important to note that there are two main definitions:
Small calorie or gram calorie (cal): This is the amount of energy required to raise the temperature of 1 gram of water by 1 degree Celsius.
Large calorie, food calorie, or kilocalorie (Cal, calorie, or kcal): This is the unit commonly used in nutrition to express the energy value of food and drinks. It’s equivalent to 1,000 small calories.
In the context of nutrition, the terms “calories” and “kilocalories” are often used interchangeably. So, when using our grams to calories calculator, you may come across both terms referring to the same conversion.
Practical Example: Converting Grams to Calories
Let’s walk through a practical example to understand how to convert grams to calories using our calculator. Suppose we have the following nutritional information for a food product:
Carbohydrates: 25 grams
Protein: 10 grams
Fat: 10 grams
To calculate the total calories in this food product, we apply the appropriate conversion rate for each macronutrient:
Carbohydrates: 4 kcal/g × 25 g = 100 kcal
Protein: 4 kcal/g × 10 g = 40 kcal
Fat: 9 kcal/g × 10 g = 90 kcal
Total: 100 kcal + 40 kcal + 90 kcal = 230 kcal
Therefore, this particular food product contains 230 calories.
Benefits and Applications
Now that you understand how to use the Grams to Calories Calculator,
let’s explore some practical applications:
Following a Healthy Diet: The calculator helps you maintain a balanced and nutritious diet by tracking the calorie content of macronutrients. By knowing the calorie breakdown of your meals, you can make informed choices and meet your energy requirements effectively.
Monitoring Energy Intake: Whether you’re trying to lose, maintain, or gain weight, understanding the calories you consume is crucial. Our calculator enables you to monitor your energy intake accurately and helps you make adjustments to achieve your weight goals.
Supporting a Healthy Lifestyle: By being aware of the calorie content in your food, you can make conscious decisions about your eating habits. Additionally, the calculator provides insights into the calorie content of alcohol, which can be beneficial for those interested in mindful drinking.
FAQs about Grams to Calories Conversion
How many calories are in a pint of beer?
The calorie content of a pint of beer typically ranges from 160 to 180 kcal, depending on the beer type. This estimate takes into account the calories derived from the alcohol content (7 kcal/g) as well as the calories contributed by carbohydrates (4 kcal/g). For example, a pint of 5% beer contains approximately 130 kcal from alcohol and 40 kcal from carbohydrates.
How many grams are in 200 calories?
For carbohydrates and proteins, approximately 50 grams are equivalent to 200 calories. However, for fats, 200 calories would be approximately 22.2 grams.
Why does fat have 9 calories?
Fat contains a higher number of carbon and hydrogen atoms. The bonds within these atoms store more energy, resulting in a higher calorie content. As a result, fats provide 9 calories per gram.
What is the calorie content of 1 pound of fat?
One pound of body fat is estimated to contain approximately 3,500 calories. Therefore, to lose 1 pound of body fat, you need to create a calorie deficit of 3,500 calories. It’s recommended to aim for a healthy calorie deficit of around 500 calories per day to achieve gradual and sustainable weight loss.
Which macronutrient has the most calories per gram?
Fats have the highest calorie content per gram, providing approximately 9 calories per gram. In comparison, both carbohydrates and proteins offer around 4 calories per gram. However, it’s important to consume fats in moderation and choose healthier sources of fat, such as unsaturated fats found in nuts, seeds, avocados, and fatty fish.
Related Calculators:
Wrapping Up
In summary, our Grams to Calories Calculator is a valuable tool that simplifies the conversion of macronutrients from grams to calories. By utilizing this calculator, you can easily understand the calorie content of carbohydrates, proteins, fats, and even alcohol. Start tracking your macronutrient intake, achieve a healthy weight, and make informed dietary choices today!
Steps to Calories Calculator
Walking is one of the easiest ways to increase your fitness, control your weight, and improve your health. Because it requires no athletic skill or special equipment, walking is very accessible, and most people can do it.
In addition, walking is a low-stress activity, so you can walk far and often. You don’t even have to limit yourself to walking just once per day. Instead, you can walk several times each day, accumulating a high volume of steps.
However, if you are walking for weight loss, it’ll be handy to know how many calories you burn while walking.
Use our steps to calories calculator to determine how much walking you need to do to burn fat and lose weight.
Steps to Calories Calculator
Please fill out the form correctly
height
Calculate
Result:
Calories Burned
If you would like to use this calculator on your website or blog you can simply embedded this
calculator in one click. Use the below ‘Generate Code’ tool to get the embedded code.
Generate Code
What Is the Steps to Calories Calculator?
The Steps to Calories Calculator is a simple tool for determining how many calories you burn when walking a predetermined number of steps. This can be useful when working out how many steps you need to do for weight control and fat burning.
For example, suppose you want to burn an additional 500 calories per day. In that case, you can use this calculator to discover how many steps you need to take to hit your goal.
The Steps to Calories Calculator uses your weight and age to estimate your calorie expenditure for your specified step count. You can enter any step count, including the popular 10,000 steps per day.
Related: How to Use Counting Steps to Get Lean
How to Use the Steps to Calories Calculator
The Steps to Calories Calculator is very straightforward to use. Just follow these step-by-step instructions:
Select your preferred units, choosing between imperial (feet, inches) and metric (meters, centimeters).
Enter your proposed step count, e.g., 5000.
Hit “calculate.”
Read off your result.
Interpreting your Results
Your result is the number of calories burned walking the specified number of steps. This is in addition to your normal daily calorie expenditure, which includes your Basal Metabolic Rate (BMR), the Thermal Effect of Food (TEF), and the Thermal Effect of Activity (TEA).
Armed with this information, you may want to increase your step count per day so you burn more calories per day. Input different step counts until you arrive at the number of calories you want to burn.
Factors Affecting Your Results
While the Steps to Calories Calculator is pretty accurate, there is a margin for error. That’s because it does not take into account all of the variables that affect your caloric expenditure while walking.
As such, it’s only an estimate of how many calories you burn while walking. Factors that can affect the number of calories you burn include:
Walking speed
Walking faster burns more calories than walking slowly. The average walking speed is three to four miles an hour, or 15 to 20 minutes per mile. The faster you walk, the harder you’ll be working, and the higher your caloric expenditure will be.
If you want to burn more calories, pick up the pace and stride out with purpose. Swing your arms and try to walk as quickly as possible without breaking into a jog.
Related: How Long to Walk a Mile Calculator
Terrain
Walking uphill and over rough ground burns more calories than walking on flat, even surfaces. The more challenging the surface, the harder you’ll need to work to maintain your balance, overcome gravity, and propel yourself forward. This will probably be reflected in a more elevated heart and breathing rate.
You can burn more calories by seeking out hills or walking on uneven trails. This will use more energy than walking on flat pavements or using a motorized treadmill, even if you do the same number of steps.
Additional weight
Our calculator uses your body weight to determine how many calories you burn while walking. However, carrying extra weight, e.g., a backpack, will increase your caloric expenditure.
While it’s almost impossible to accurately determine how much carrying weight will affect your caloric expenditure, walking with a backpack or weighted vest will inevitably burn more calories than walking without one.
Wearing a backpack or weighted vest while walking is known as rucking, which is a cornerstone of military fitness training.
One way to estimate how many extra calories you’ll burn while carrying a load is to add the extra weight to your body weight when you do your steps to calories calculation. For example, if you weigh 180 lbs. but plan on carrying an additional 25 lbs., enter 205 lbs. in the bodyweight box.
While not 100% accurate, this should provide you with a rough idea of how many extra calories you’ll burn while carrying weight.
Fitness
The fitter you are, the easier walking becomes, and the fewer calories you’ll use to cover the same number of steps. As a result, less-fit individuals will burn more calories than their fitter counterparts as they must work harder.
As such, your calorie count will decrease as you get fitter. However, this can be offset by walking faster, which will probably happen naturally as your fitness improves.
Summary: To maximize your caloric expenditure while walking, walk at a brisk pace, seek out hills and uneven terrain, wear a backpack or weighted vest, and pick up the pace as you get fitter.
Related: How to Walk for Fitness and Fat Loss – Your Ultimate Guide
Steps to Calories FAQ
1. How many steps does it take to walk a mile?
The average person takes about 2,000 steps to cover a mile. However, this varies according to your speed, height, and stride length. You can get a more accurate estimate of how many steps you’ll take walking a mile with this easy-to-use calculator.
2. How many steps do I need to lose weight?
This is a tricky question to answer because it depends on your current diet and calorie intake/expenditure. In fact, you could do a lot of walking and still not lose weight if you are eating too much.
So, assuming your calorie intake currently matches your calorie expenditure and your weight is stable, walking 10,000 steps per day will give you a calorie deficit of about 3,500 per week, which should result in a weight loss of one pound.
If you aren’t losing weight, you are probably overeating and need to create a more significant calorie deficit. Alternatively, you could try increasing your step count.
3. How many calories does walking three miles burn?
While step counting is a popular way to determine how far you’ve walked, you can also use miles or kilometers. This is useful if you have a measured route you like to walk.
The same factors that affect your calorie expenditure for steps walked also affect calories burned for distance, i.e., body weight, height/stride length, fitness, speed, etc. However, you can get a reasonable estimate of how many calories you burn by walking with this calculator.
4. How much weight should I use for rucking?
Rucking, or walking with a backpack or weighted vest, is a great workout. It burns a similar number of calories to running but is much easier on your joints. If you want to maximize your calorie burn but don’t want to start jogging or running, rucking could be a great option.
However, it’s crucial that you don’t use too much weight too soon, as rucking can be tiring.
Start with an additional load of about 10% of your body weight. So, if you weigh 160 lbs., put about 15 extra pounds in your rucksack or weighted vest. Increase this weight gradually by a few pounds at a time as you get used to walking with additional weight.
In addition, don’t walk too far or too fast when you’re starting out. The last thing you want to do is get halfway around your route and realize you are too tired to finish. So be conservative and increase the distance gradually.
5. Isn’t walking too easy to be beneficial?
Walking is pretty easy compared to running, jumping rope, HIIT, CrossFit, etc. However, that easiness is what makes walking such a powerful workout!
Because it’s a low-stress, low-intensity workout, you can walk long and often and do it alongside your regular workout routine. As such, it provides a great way to increase your daily caloric expenditure without tiring you out or taking energy away from your primary training. Walking is also a very low-risk activity and unlikely to result in injuries.
In addition, walking increases general blood flow and oxygenates your tissues, enhancing recovery between workouts. Walking is also good for general health and can help lower stress levels. It’s a natural sleep enhancer, and getting more sleep is almost always a good thing.
So, while there is nothing wrong with doing more intense workouts, there is a limit to how often and how long you can do them. In contrast, walking is far easier on your body, so you can do it daily if you wish – and you probably should!
Other related calculators
Steps to Calories Calculator – Wrapping Up
Knowing how many steps you need to do to burn a specific number of calories can be very helpful when planning your weight loss diet and exercise plan. It tells you how much additional physical activity you need to do to reach your body composition goal.
Walking is easy and convenient, making it a great addition to a more structured and intense workout routine. However, walking is more than just a form of exercise – it’s also very beneficial for your general physical and mental health. Walking can also boost creativity and improve your mood.
Use this calculator to determine how many calories you burn while walking. But remember that walking has benefits that far exceed simple weight management!
How Long To Walk A Mile Calculator
Walking is one of the best things you can do for your general health. It’s so easy and accessible that you can walk several times a day, making it the ideal form of exercise for building basic fitness, fat burning, and weight control. In addition, walking is good for your mental health.
Clock up about 10,000 steps/five miles of walking per day, and you’ll soon discover just how powerful daily walking can be!
However, many people believe they don’t have time to walk, assuming it’s far too time-consuming, especially compared to shorter, more intense workouts like HIIT. That’s probably because they don’t know how long it actually takes to walk a mile.
Use our calculator to find out how long it will take to walk a mile (or any other distance for that matter) to see how easy it is to fit walking into your daily schedule.
How Long to Walk A Mile Calculator
Please fill out the form correctly
Calculate
Result
Hour: calculated Min: calculated
If you would like to use this calculator on your website or blog you can simply embedded this
calculator in one click. Use the below ‘Generate Code’ tool to get the embedded code.
Generate Code
Related: Calories Burned While Walking Calculator
What Is the How Long to Walk A Mile Calculator?
The How Long to Walk A Mile Calculator is an easy-to-use tool for determining how long it will take to walk a predetermined distance at your chosen pace, e.g., one mile, three miles, or even 10k. You can then use this information to plan your walk and ensure you have sufficient time to complete it.
For example, if you want to walk two miles during your lunch break, you can use this calculator to make sure you’re back at work when you’re supposed to be and don’t end up being late.
You can also use this calculator to see how adjusting your walking speed affects the time you’ll need to cover the same distance.
How to Use the How Long to Walk A Mile Calculator
The How Long to Walk A Mile Calculator is very straightforward. Just follow these step-by-step instructions to estimate how long it will take you to walk a predetermined distance.
Select your walking pace, choosing between slow, casual, brisk, and fast.
Select the distance you plan on walking, choosing between kilometers, miles, or steps.
Enter your proposed distance.
Hit “Calculate” and read off your results.
Interpreting your Results
The How Long to Walk A Mile Calculator result shows how long it will take to cover your inputted distance at your proposed pace, expressed in hours and minutes.
The average speed for walking a mile is 15-20 minutes. However, some people walk faster than others, and your pace will probably vary according to how far you walk. Most people can walk faster over short distances and slower over longer distances.
For example, if you walk two miles at a casual pace, it’ll take you approximately 40 minutes to cover the distance. However, if you pick up your speed and walk at a fast pace, that same distance will only take you about 30 minutes to complete.
Factors Affecting Your Results
Walking speed is highly individual, and people tend to walk at a pace that feels comfortable and natural. What factors determine walking speed? Let’s take a look!
Aerobic fitness
Walking is an aerobic activity, meaning your body produces and utilizes energy in the presence of oxygen. The primary source of fuel during walking is stored body fat. The higher your aerobic fitness, the faster you’ll be able to walk without getting out of breath. People with a good fitness level tend to walk more quickly than those that are less fit.
Muscular strength and endurance
While walking does not require as much strength as lifting heavy weights, you still need sufficient muscle strength to support your body weight on one leg and propel yourself forward.
Deconditioned individuals with below-average levels of strength will not be able to walk as quickly as those with better-developed muscles. This is even more true when walking up steep hills, or uneven terrain, when strength is even more important.
Similarly, low levels of muscular endurance will limit how far you can walk and how long you can maintain a brisk pace.
Muscular strength and endurance tend to peak during your third decade and naturally decrease thereafter. They also tend to decrease with lack of use. However, training at any age can help preserve or restore strength and endurance.
Fatigue
You’ll probably walk slower if your legs are tired. This may because you’ve walked a long way already, and you’re starting to slow down as fatigue sets in, or because of something you did before you started walking, e.g., an intense leg workout.
Regardless of why, you won’t be able to walk as far or as fast as usual if your leg muscles are in need of some extra rest and recovery.
Age
Walking speed tends to decrease with advancing age. This is because of a natural decrease in muscle strength and aerobic fitness. However, you can preserve your walking speed as you get older by doing plenty of walking and strength training. Increased walking speed is linked to longevity and a better quality of life (1).
Height and stride length
Taller people usually have longer legs and, therefore, take longer steps while walking. This allows them to cover the ground faster, and they need to take fewer steps than a shorter person. Stride length is also affected by hip mobility.
While there is nothing you can do about your height or leg length, you can optimize stride length by stretching your hips flexors and adopting a fuller, more purposeful stride.
Mental and emotional state
Your mental and emotional state can have a significant impact on your walking speed. You will probably walk faster if you feel happy, positive, energetic, or motivated. You may also walk faster if you are stressed or in a hurry.
In contrast, if you feel out of sorts, depressed, or sad, you may not walk as fast. You may even dawdle if you aren’t enjoying your walk, or are walking toward something you don’t enjoy, such as a meeting with bank advisor.
Walking while listening to music may help you walk faster. It can lift your mood and walking in time to the beat may raise your tempo. Use music with 125-140 bpm to power you through your walking workouts.
Gait
Gait is the term used to describe your walking style. Gait is affected by several factors, including cadence, stride length, arm swing, foot strike, knee/hip/ankle structure and health, balance, and various other factors.
Some people have a very efficient gait that lends itself to fast walking. However, other people’s gaits are less efficient, which makes it more difficult to walk fast.
While some aspects of gait can be modified, some are unmodifiable and are determined by your genetics. Gait also tends to deteriorate with age, e.g., adopting a more shuffling walking style because of reduced strength, mobility, and balance.
The bottom line is that not everyone is built to walk fast.
Weather and terrain
Just because you can walk fast on a flat, smooth path doesn’t mean you’ll be able to match that pace when you’re on a rough trail or heading uphill. Walking on flat surfaces requires much less effort than walking on more demanding terrains, and you’ll probably need to slow down to accommodate the increased difficulty.
You’ll also be able to walk faster on a motorized treadmill than out in the “real world” where wind resistance and inclines slow you down.
In addition, extremes in temperature can affect your walking speed. For example, it’s usually harder to walk fast when it’s very hot. You may be able to walk faster when the weather is cool and may even speed up just to keep warm if it’s cold.
Weather and terrain can have a significant impact on your walking speed and how far you can walk in a given time.
Your shoes can have a big impact on your walking speed. Some shoes are built around a curved sole called a rocker that propels you forward from your heels to the balls of your feet. This gives a slight but beneficial boost so you can walk a little faster.
In contrast, heavier shoes and boots can weigh you down and make it harder and more tiring to walk faster. Walking in high heels can make it impractical if not impossible to walk briskly.
Uncomfortable shoes could also reduce your walking speed, and blisters can make even fit walkers want to go slower or stop.
If you are serious about walking and want to go as far and as fast as possible, consider investing in an appropriate pair of walking shoes. Ideally, they should be light, cushioned, supportive, flexible, and comfortable.
How Long to Walk A Mile Calculator FAQ
1. Is walking good for weight loss?
While walking doesn’t burn as many calories as running, it is still an effective calorie burner. The main advantage of walking for burning calories is that you can do a lot of it and you can walk every day. It’s not overly tiring or stressful, so you can even walk several times a day if you wish.
However, you’ll still need to watch what you eat and reduce your food intake so you’re in a calorie deficit. Walking alone probably won’t lead to significant weight loss or fat burning.
2. How many steps should I walk per day?
The standard prescription for steps per day is 10,000. However, despite being such a common recommendation, there is no scientific reason to adopt this target. In fact, the 10,000-step “rule” only exists because it was adopted by a Japanese pedometer company back in the 1960s.
That said, 10,000 steps are a decent target that should deliver good health and weight control benefits. Having a daily step goal can be motivating and may make it easier to commit to walking every day.
Your step goal can be adjusted according to your fitness and health, but good examples include the following:
Beginner: 8,000 to 10,000 steps per day.
Intermediate: 10,000 to 15,000 steps per day.
Advanced: 15,000 to 20,000 steps per day.
Of course, you don’t have to do the same number of steps each day and may have different goals for different days, depending on what else you have planned. For example, on a non-gym day, you might do 15,000 steps, but only 10,000 steps on the days you do your strength training workouts.
Use a step-counter app or a smartwatch to make tracking your step count much easier.
3. How can I make walking better for fitness and fat loss?
Make walking even more beneficial for fitness and fat loss with the following tips and strategies:
Wear a backpack or a weighted vest – carrying extra weight means your muscles have to work harder, which will, in turn, increase your heart rate and caloric expenditure. Start with about 10% of your body weight and build up gradually from there. This type of workout is called rucking and is a cornerstone of military fitness training.
Head for the hills – walking uphill is significantly more challenging than walking on the flat. Your heart and breathing rate will quickly increase, especially if you push yourself to a brisk pace. Try to include hills in your walks to burn more calories in less time.
Walk with purpose – walking is not just a lower body activity; it also uses your arms. However, your arms aren’t loaded, so you probably won’t feel them working much. Fix this issue by walking purposefully and swinging your arms to increase your speed and momentum. You can make your arms work even harder by carrying light dumbbells or wearing wrist weights if you prefer to keep your hands empty.
Break into the occasional jog – jogging is the pace between walking and running. Jogging burns more calories than walking and will also increase your heart and breathing rate a little more. However, it’s less intense and easier on your joints than running.
You don’t need to jog all the time. Instead, walk until you feel like jogging, and jog until you feel like walking again. This is a form of endurance training called fartlek, which is Swedish for speed play. One way to do this is to follow an undulating path, walking uphill but jogging on flat and downhill sections.
4. What is the average walking speed?
The average walking speed varies by age, with younger people tending to walk faster than older people. However, it takes the typical healthy person 15-20 minutes to walk one mile, which is the equivalent of three to four miles per hour. That said, some people in their 60s may walk as slowly as one mile per hour (2).
The good news is that you can preserve your walking speed by staying active and walking further and more often. Like all fitness attributes, your walking speed is very much a case of use it or lose it. So, keep walking quickly to preserve your walking speed.
5. What is the best time to walk for fitness and fat loss?
It’s something of a myth that there is a best time to exercise. Ultimately, so long as it works for you, whatever time you work out is the best. With walking, you can walk anytime it suits you and fits into your schedule.
Examples include:
On walking before breakfast
During your lunch break
Walk to/from work or school
After work
After dinner
Before bed
At weekends
Any journey less than a mile
You don’t even have to limit yourself to one time or the same time each day. Instead, you can spread your walking throughout the day, grabbing little walking breaks whenever the opportunity arises.
10-15 minutes 3-4 times a day adds up to about an hour of walking a day, or seven hours a week. At about 300 calories per hour, that’s a significant increase in your daily caloric expenditure.
Look for ways to walk more steps per day, e.g., by taking the stairs instead of the elevator, walking to see a colleague instead of phoning/emailing them, parking your car further from work and walking the rest of the way, walking with your kids or partner, walking to the coffee shop instead of having a delivery, etc.
Related Calculators:
Wrapping Up
Knowing how long it will take you to walk a certain distance can be very useful. For example, you may want to check that you have time to walk to a nearby store during your lunch break. You may also find it interesting to see how much time you can save by walking faster.
Walking is arguably the most accessible workout you can do to lose weight and get fit. Besides comfortable shoes, you don’t need any special equipment to walk your way fitter and leaner. You can slot it seamlessly into your daily schedule. Walking is free and a very low-risk activity.
Going for a walk is also good for your mental health. Walking is relaxing, energizing, and a fantastic stress-buster.
So, sit less and walk more – it’s good for every aspect of your health.
“Solvitur ambulando: “When in doubt, walk.” — Christopher McDougall
References:
Himann JE, Cunningham DA, Rechnitzer PA, Paterson DH. Age-related changes in speed of walking. Med Sci Sports Exerc. 1988 Apr;20(2):161-6. doi: 10.1249/00005768-198820020-00010. PMID: 3367751. https://pubmed.ncbi.nlm.nih.gov/3367751/
Schimpl M, Moore C, Lederer C, Neuhaus A, Sambrook J, Danesh J, Ouwehand W, Daumer M. Association between walking speed and age in healthy, free-living individuals using mobile accelerometry–a cross-sectional study. PLoS One. 2011;6(8):e23299. doi: 10.1371/journal.pone.0023299. Epub 2011 Aug 10. PMID: 21853107; PMCID: PMC3154324. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3154324/
Cite this page: Dale, P. (2023) ‘How Long To Walk A Mile Calculator’, Fitness Volt. Available at: https://fitnessvolt.com/mile-walking-time-calculator/ (Accessed: 2 May 2023).
Average Bench Press By Age, Weight, Gender, and Experience Level (2023 Update)
It is no secret the bench press is one of the most badass exercises. Answering “How much do you bench?” with an obnoxious number has become a legit way of establishing your clout amongst the gym bros.
While this question might sound like casual inquiry, it is anything but that. Your answer will determine the respect you will get from people at your gym. It will dictate whether folks at your gym will vacate the bench or any other equipment, for that matter, as soon as you walk up to it. Finally, your response will decide if you will have an audience when you head into a set.
The bench press is one of the three big lifts in powerlifting and a bread and butter exercise in bodybuilding style workouts. However, powerlifters and bodybuilders have a slightly different approach to performing the exercise.
While powerlifters perform the lift with a back bridge, bodybuilders usually perform the movement with a slight back arch. Amongst other things, the rep tempo, repetitions performed, bar’s motion path, and foot placement vary between the two lifting styles.
In this article, you’ll learn about the average bench press by age, gender, weight, and experience level, how to perform the bench press with the correct form, and get better at the lift.
Trivia: Julius Maddox holds the world record for the heaviest bench press at a ming-boggling 782.6 pounds (355 kilograms) set in a sanctioned powerlifting meet in June 2022.
Average Bench Press By Age, Weight, Experience Level, and Gender
Before we get into the average bench press nitty-gritty, let’s address the elephant in the room — arm length.
Your arm length can influence your bench press. Many people believe that lifters with shorter limbs can bench press more weights than folks with longer limbs as the bar has to move through a shorter range of motion.
It could be one of the reasons the bench-pressing totals at the NFL and NBA draft combines are vastly different.
Related: 24 Strongest NFL Players in the World
How much can the average man bench press?
The average male bench press depends on several factors, including a lifter’s age, weight, and experience level.
Average Male Bench Press by Weight
Below is the National Strength and Conditioning Association-approved ExRx.net official Bench Press Standards chart:
Body weight (pounds)
Untrained
Novice
Intermediate
Advanced
Elite
114
85
110
130
180
220
123
90
115
140
195
240
132
100
125
155
210
260
148
110
140
170
235
290
165
120
150
185
255
320
181
130
165
200
275
345
198
135
175
215
290
360
220
140
185
225
305
380
242
145
190
230
315
395
275
150
195
240
325
405
319
155
200
245
335
415
320+
160
205
250
340
425
Per the data, an advanced or elite male athlete can, on average, lift more than twice as much weight as an individual who doesn’t lift.
Below is the 2023 Bench Press Standards chart from Symmetric Strength:
Body weight (pounds)
Untrained
Novice
Intermediate
Advanced
Exceptional
Elite
World Class
114
70
105
140
200
230
260
290
123
75
110
150
220
250
280
310
132
80
120
160
235
265
300
335
148
90
130
175
225
295
330
365
165
95
145
190
280
320
360
400
181
100
150
205
295
340
380
425
198
105
160
215
310
355
400
445
220
110
170
225
325
375
420
465
242
115
175
230
340
385
435
485
275
120
180
240
350
400
450
500
320
125
185
245
360
410
460
510
Note: These standards apply when the bar makes contact with the chest above the bottom of the sternum with a momentary pause and pressed to full elbow extension.
How much can the average woman bench press?
Women, on average, cannot lift as heavy as their male counterparts of the same age, weight, and experience level.
Average Female Bench Press by Weight
Per the same ExRx.net official Bench Press Standards chart listed above, here is the average bench press of women of different weights and experience levels:
Body weight (pounds)
Untrained
Novice
Intermediate
Advanced
Elite
97
50
65
75
95
115
105
55
70
80
100
125
114
60
75
85
110
135
123
65
80
90
115
140
132
70
85
95
125
150
148
75
90
105
135
165
165
80
95
115
145
185
181
85
110
120
160
195
198
90
115
130
165
205
199+
95
120
140
175
220
Unlike men, women at the advanced lifting stage cannot bench press twice as much as the females who don’t train. However, elite athletes can lift more than twice as much as their non-lifting peers.
The following is the Symmetric Strength 2023 Bench Press Standards chart for women:
Body weight (pounds)
Untrained
Novice
Intermediate
Advanced
Exceptional
Elite
World Class
97
45
65
90
130
150
165
185
105
65
95
125
185
210
235
265
114
70
105
140
200
230
260
290
123
75
110
150
220
250
280
310
132
80
120
160
235
265
300
335
148
90
130
175
255
295
330
365
165
95
145
190
280
320
360
400
181
100
150
205
295
340
380
425
198
105
160
215
310
355
400
445
200
105
160
215
315
360
400
445
Average Male and Female Bench Press by Age
Age
Total Weight
20-29
100 percent of your body weight
30-39
90 percent of your body weight
40-49
80 percent of your body weight
50-59
75 percent of your body weight
You shouldn’t get under a bar and expect to bench press 100 percent of your body weight just because you’re in your 20s. Depending on your genetics, you might have to train for at least a couple of years to reach the benchmarks mentioned in the table.
According to the data, lifters (male and female) are usually the strongest in their 20s and 30s. However, they experience muscle and strength atrophy in their 40s and 50s.
On average, men and women between 20 and 29 can bench press 100 percent of their body weight. The number goes down to 90 percent when they enter their 30s.
The bench press strength undergoes a further downgrade as an average individual can only lift 80 percent of their body weight in their 40s and 75 percent in their 50s.
A fall in natural testosterone levels is one of the biggest reasons for the strength downgrade. Testosterone is the male sex hormone and an anabolic steroid. It plays a key role in the development of male reproductive organs and secondary sexual characteristics such as increased muscle and bone mass and body hair growth.
Related: 7 Ways To Boost Your Testosterone Naturally
Overall Average Male and Female Bench Press
Per the Centers for Disease Control and Prevention’s National Center for Health Statistics (CDC), an average American male weighs 197.8 pounds, meaning the average bench press of a man in his 20s who doesn’t lift is 135 pounds or 175 pounds for a rookie lifter. The average bench press jumps to 215 pounds for an intermediate lifter, 290 pounds for an advanced lifter, and 360 pounds for an elite athlete. [1]
On the other hand, an average American female clocks in at 170.5 pounds. As per the table above, a 165 pounds woman (closest to 170.5 pounds) with no lifting experience can bench press 80 pounds or 95 for a novice.
The average bench press jumps to 115 pounds for an intermediately experienced woman of average weight and 145 pounds for an advanced lifter.
Calculate Your 1RM (One Rep Max)
Now that you know the average bench press for your age, weight, gender, and experience level, the next step should be to determine your one-rep max, meaning how much weight you can lift for a single rep on the bench press.
While you could find your 1RM with the trial and error method, it is risky and could lead to injuries. Check out our convenient bench press calculator to discover your one-rep max using different methods.
How to Bench Press
If your goal is to lift heavy and hit a PR, you should follow the powerlifting bench press method. This is how to bench press like a powerlifter:
Lie down on a flat bench. Your chest should be directly under the bar.
Grab the bar tightly with a slightly wider than shoulder-width grip.
Slowly pull yourself towards the bar so that you form a back bridge.
Plant your feet firmly on the floor. Your lower legs should form a 90-degree angle with your upper legs.
Unrack the bar and hold it over your chest — this will be your starting position.
Slowly lower the bar towards the bottom of your breastbone until you have made contact with your chest.
Pause at the bottom for a couple of seconds.
Explode back to the starting position.
Repeat for recommended reps.
Check out our barbell bench press (chest) guide to learn how to perform the exercise for achieving muscle hypertrophy.
How to Improve Your Bench Press
Here are a few ways to improve your bench press:
1. Progressive Overloading
If you want to improve your bench press, you should gradually increase the weight, frequency, or number of repetitions in your strength training routine.
However, make sure you’re not rushing through the process and biting off more than you can chew. Focus on lifting with the correct form to minimize the risk of injury.
Check Out: Muscle Development With Progressive Overload – The Concept You Must Know To Grow!
2. Incorporate Advanced Training Techniques Into Training
Advanced training principles like supersets, dropsets, intraset stretching, negatives, and forced reps can help you build strength and avoid hitting a plateau.
Additionally, performing other compound and isolation lifts can build your primary and secondary muscles and improve your bench press.
Related: The 25 Best Joe Weider Training Principles and Methods
3. Focus on Diet
You cannot achieve peak performance if you’re not meeting your daily calorie, micro, and macronutrient goals. Follow a nutrient-dense diet to ensure your gains do not stall.
Related: Our List of 40 Great Protein-Packed Foods
4. Don’t Overlook Recovery
It doesn’t matter how hard you work in the gym — you’re not going to see progress if you’re not giving your body enough time to rest and recuperate from your workouts.
You should also include stretching, foam rolling, and massages into your routine to fast-track your recovery.
Related: 8 Ways to Speed Up Recovery After Training
FAQs
What is a good bench press for a male?It is a subjective question, and the answer depends on your age, weight, gender, and experience level. Please refer to the table above to check the bench press weight against your body weight. The numbers in the advanced and elite columns can be considered ‘good.’
Which muscle groups does the bench press target?In a bench press, the chest is the primary target muscle, and your shoulders and triceps are the secondary muscle groups.
How much can the average man bench press?The average man’s bench press weight varies based on his age, weight, and fitness level. On average, a man is able to bench press about 135 pounds, but this can vary from person to person. The maximum weight a person can bench press is not necessarily a reliable measure of overall strength or fitness, other factors like muscle composition, body weight, and training can affect a person’s ability to bench press.
You might also like:
Wrapping Up
Whether the bench press is the correct exercise to assess your strength is a debate for another time. However, knowing the average bench press by age, weight, gender, experience level, and how you stack against it can give you a fair idea of your strength levels.
Remember, if you can bench your own body weight or more, don’t be shy to flaunt your numbers the next time someone directs a “How much do you bench?” at you. Rest assured, they’ll walk away impressed.
References
McDowell MA, Fryar CD, Ogden CL, Flegal KM. Anthropometric reference data for children and adults: United States, 2003–2006. National health statistics reports; no 10. Hyattsville, MD: National Center for Health Statistics. 2008.
Optimal Rest Time Calculator
Optimal Rest Time Calculator
Calculate the optimal rest time between sets or exercises based on your training goal and exercise type.
Training Goal:
Exercise Type:
Calculate
Recommended Rest Time:
Rest Timer:
0:00
Start
Pause
Reset
Workout Templates:
Custom Rest Time:
Apply
Warm-Up Exercises:
Jumping Jacks
Dynamic Stretching
Bodyweight Squats
Cool-Down Exercises:
Walking
Static Stretching
Deep Breathing
How to Use:
Select your training goal and exercise type from the dropdown menus, then click the “Calculate” button to receive a recommended rest time. Use the interactive timer to time your rest periods during your workout. Customize your rest time as needed based on your individual preferences and fitness level. The timer also includes audio cues to indicate the start and end of rest periods.
Training Goals and Exercise Types:
Strength: Focuses on increasing muscle strength and power. Compound exercises are recommended.
Hypertrophy: Focuses on increasing muscle size. A combination of compound and isolation exercises is recommended.
Endurance: Focuses on improving cardiovascular and muscular endurance. Cardio exercises are recommended.
Power: Focuses on increasing explosive strength and speed. Compound exercises with plyometrics are recommended.
Mobility/Flexibility: Focuses on improving joint mobility and overall flexibility. Exercises may include stretching and mobility drills.
Weight Loss: Focuses on burning calories and reducing body fat. Exercises may include a combination of cardio and resistance training.
Rehabilitation: Focuses on recovering from an injury or surgery. Exercises include physical therapy exercises and gentle movements.
General Fitness: Focuses on overall health and well-being. Exercises may include a balanced mix of cardio, resistance training, and flexibility exercises.
Compound Exercises: Exercises that work multiple muscle groups at the same time (e.g., squats, bench press).
Isolation Exercises: Exercises that target a single muscle group (e.g., bicep curls, leg extensions).
Cardio Exercises: Exercises that increase heart rate and improve cardiovascular fitness (e.g., running, cycling).
Plyometrics: Exercises that involve explosive movements, such as jump squats and burpees.
Calisthenics: Bodyweight exercises that improve strength and flexibility, such as push-ups, pull-ups, and dips.
Circuit Training: A series of exercises performed one after the other with minimal rest in between. Circuits often include a mix of cardio and resistance exercises.
High-Intensity Interval Training (HIIT): Short, intense bursts of exercise followed by brief rest periods.
Yoga: A practice that combines physical postures, breathing exercises, and meditation to improve flexibility, strength, and relaxation.