Calories Burned Pumping Calculator
Formula:
The Calories Burned Pumping Calculator uses the following formula:
Calories Burned = (MET * 3.5 * Weight in kg) / 200 * Duration in minutes
The Calories Burned Pumping Calculator uses the following formula:
Calories Burned = (MET * 3.5 * Weight in kg) / 200 * Duration in minutes
10 / 100 SEO Score To calculate CO2 flow rate, divide the volume of CO2 by the time and multiply by the density. This simple process helps determine the flow rate in various applications. The CO2 flow rate calculator is an superb tool for measuring how much carbon dioxide is flowing in various systems, including…
9 / 100 SEO Score To find the Braden score, assess six areas: sensory perception, moisture, activity, mobility, nutrition, and friction/shear. Each is scored, and the sum gives the final score indicating the risk level for pressure ulcers. The Braden Score is a widely used tool by health practitioners. It is helpful for the evaluation…
Multiply your income-to-rent ratio by your credit score percentage to estimate your Safe Rent Score. The Safe Rent Score Calculator is a tool that helps tenants and landlords evaluate the financial reliability of renters. It uses factors such as income, rent amount, and credit score to provide a comprehensive score. A higher Safe Rent Score…
The Die Per Wafer (DPW) calculation estimates the number of semiconductor dies that can fit on a single wafer, considering wafer size, die dimensions, and edge exclusion. The Die Per Wafer Calculator helps determine the maximum number of chips that can be produced from a single wafer. This tool is widely used in the semiconductor…
9 / 100 SEO Score To calculate the calories burned, multiply the MET value by your body weight in kilograms. Divide the result by 60, then multiply by the duration of the activity in minutes to get the total calories burned during the session. Formula: Calories Burned=MET value×body weight in kg60×time (minutes)\text{Calories Burned} = \frac{\text{MET value} \times \text{body weight in kg}}{60}…
12 / 100 SEO Score To calculate the heat exchanger area, multiply the overall heat transfer coefficient (k) by the temperature difference (ΔT) and the heat capacity (C). This will give you the required heat exchange area in square meters. A Heat Exchange Area Calculator is essential for determining the surface area required for efficient…