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There is a new version of this calculator! On the home page. The calculators on this page calculate power from your speed and other parameters. There are two independent calculators here so you can compare two sets of input parameters. A version for US units is here. See the links at right for other calculators. – Convert mW, kW, watt, horsepower (hp), ps. Time Converter – Convert year, month, week, day, minute, second, millisecond. Data Converter – Convert TB, GB, MB, KB, B, byte. How to Use: Select the type of converter. Enter the amount and select the “from” unit from the drop-down. Select the “to” unit from the drop-down.

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Here’s a simple, good looking, and accurate weight × time × activity = calories burned calculator and counter. Quickly determine your totoal caloric expenditure for any combination of physical activities, using simple MET (metabolic equivalent of task) values to express exercise intensity.
Strength to weight ratio at FTP = 280 watts divided by 77 kg = 3.64 w/kg, equivalent to a competitive Cat 3 racer. This means this athlete gained .31 watts per kg of body weight at FTP. If you take .31 watts and multiply it by either or both body weight measurements in kg, you will see that this athlete gained approximately 25 watts of power at ... 100/100 Run Challenge. Official 12th Annual 2018/19 Slowtwitch 100/100 Run Challenge Thread; 2018/19 100 Runs in 100 Days Airing of the Grievances Thread

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By Steven Holzner . Physics problems frequently ask you to convert between different units of measurement. For example, you may measure the number of feet your toy car goes in three minutes and thus be able to calculate the speed of the car in feet per minute, but that’s not a standard unit of measure, so you need to convert feet per minute to miles per hour, or meters per second.
To do this, divide your body weight in kilograms (1kg = 2.2 lbs) into average watts for a given range. It’s a good idea to do it for several durations so that you know where you’re strongest and weakest. Unlike FTP or PMax, W/kg is not a static number, but rather one that corresponds to different durations on the power duration curve. Jul 12, 2005 · Based on the 754 watt figure, BTUs/hr = (754 watts * 3600) / 1054 = 2577 BTUs per hour, per server. When calculating the amount of cooling (air conditioning) required in a room, you should take into account that the room should always be maintained at an ambient temperature of much less than 35 degree Celsius and that any other equipment in the ...

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1. First select the best description of the electricity source from the drop down below. You can specify two sources; if in doubt use "Average UK Grid Electricity".Note that although UK emissions are in kgCO 2 e, for other countries they are only in kgCO 2, not taking into account any associated emissions of methane or nitrous oxide and use 2015 data.
Jul 01, 2020 · Average Power / Body Weight kg = PWR watts/kg PWR isn’t a static number, but rather corresponds to a specific time span. A rider who averages 6.8 watts/kg for 30 minutes may only be able to sustain... Rare and powerful Harman Kardon integrated from the early 1990s. 170 watts per channel into 8-ohm and 4-ohm loads. Can drive demanding speakers with ease.Comprehensive feature set, with Phono inputs, headphones input, dual speaker binding posts and tone controls.Clean and transparent sound.Condition...

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Watt Approximate defi nition: A human climbing a fl ight of stairs is doing work at the rate of about 200 watts (Wikipedia). 1 watt = 1 joule per second 1 watt = 3.412 Btu per hour 1 Btu per hour = .293 watts 1 kilowatt (kW) = 1,000 watts 1 kilowatt = 3,412 Btu per hour 1 kilowatt = 1.341 horsepower
m = mass of water (kg) V = volume of water (m 3) Example - Energy in Elevated Water Volume. 10 m 3 volume of water is elevated 10 m above the turbine. The potential energy in the water volume can be calculated as. W = (1000 kg/m 3) (10 m 3) (9.81 m/s 2) (10 m) = 981000 J (Ws) = 981 kJ (kWs) = 0.27 kWh. Potential Energy in a Tank or Reservoir 0.9 = oxygen cost per meter of moving total body mass against gravity (vertically) Cycling or Leg Ergometry (for power outputs of 300–1,200 kgm/min, or 50-200 watts, and speeds of 50–60 rpm . VO 2 = [1.8 (work rate) ÷ body mass in kg] + 7 *You may need to convert watts to kgm/min (1 watt = 6 kgm/min).

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The watt-hour per kilogram (SI symbol: W⋅h/kg) is a unit of specific energy commonly used to measure the density of energy in batteries and capacitors. One watt-hour per kilogram is equal to 3,600 joules per kilogram.
Rad Pro Calculator online performs many nuclear calculations that are useful to the health physicist, radiological researcher, radiochemist, radiation safety officer, health physics technician (HP) and other professionals in radiation physics and radiological engineering. meters per second: cubic centimeters per second: 1000000 cm³/s: gallons per minute (US) 15852.047 gpm (US) cubic feets per minute: 0.00000787 cfm: cubic inches per second: 61023.744094 in³/s: liters per hour: 3600000 l/h: liters per minute: 60000 l/min: liters per seconds: 1000 l/s: cubic meters per hour: 3600m³/h: cubic meters per minute ...

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Mar 21, 2020 · In the table below we present the cost per Watt-hour, Specific Energy, that is Watt-hours per kilogram, Joules per kg, and the Energy Density, Watt-hours/liter for various types of batteries. It is not surprising that the well-known Lead-acid storage batteries head the list. Fine for use in our cars, but a little inconvenient in a laptop.
Notably, the median (50th percentile) twenty minute effort in watts per kilogram for males and females is exactly the same at 3.80W/kg, which means the average male and female Cycling Analytics user should be able to ride up a mountain at about the same speed. How this compares with Andrew Coggan's chart