Before we go ahead, the first question I have is: Where did you come from ?
If your mass is 11.2 kilograms, you certainly do NOT weigh 110 pounds on the earth !
I'll try to answer your question the best way I can, so that when you come to visit us, you'll have an idea of how things work here in our part of the spacetime continuum.
===============================================
1). If your mass is 11.2 kilograms, it's 11.2 kilograms everywhere ... on your planet, on our earth, on our sun, on our moon, in outer space ... anywhere. That's your mass, and you should be proud of it.
When you land your saucer here and step out onto our earth, you will weigh roughly 24.7 pounds. If you take a side trip to our moon, you will weigh roughly 4.1 pounds there.
2). Now, if your weight is 110 pounds here on earth, then your mass is about 49.9 kilograms. On our moon, you will weigh roughly 18.3 pounds.
That's how it works over here. Remember ... we don't want nobody that nobody sent, and the pleeceman is there to preserve disorder. Park yer ship right over there, drop a pound of quarters in the box for the first tree minutes and have a nice day wid yer cheeseborger.
The lightest possible combination of boxes = 8 x 36.85 = 294.8 The heaviest possible combination of boxes = 8 x 42.15 = 337.2 the answer will be in between those 2 values
The ___________ allows you to use excel to change one or more values in a spreadsheet and then assess the effect those changes have on the calculated values.
Those are not really compatible units; newtons is a unit of force, kilogram is a unit of mass. Assuming normal Earth gravity, you can divide the weight in newtons by 9.8 to obtain the corresponding mass in kilograms.
It doesn't make sense to convert between meters and kilograms. Those are units that measure completely different things.
A weighted mean is when some values contribute more than others. In order to calculate weighted mean multiply each weight by its value, add those and then divide by the sum of the weights.
Those terms are not compatible. Kilograms is weight. Millimeters is length.
Those are two different units cups measure volume and kilograms measure weight. That's like saying how many pounds in a pint.
A kilogram weighs about 2 and a quarter pounds. With that in mind, only one of those values is even approximately reasonable for the mass of a nickel.
At 5ft8" you should weigh anywhere between 125 Pounds (8st13) and 164 Pounds (11st10) Anywhere between those 2 values will give you a BMI between 19 and 24.9 which is considered to be healthy, however around 22-23 (around 140 Pounds) would give the most ideal weight
Those measurements are the same weight.
Mass (kg)----------------(height(in))2ORmass (lb)x703 ------------------(height(in))2ORmass (lb)x4.88 -------------------(height(ft))2
The amount of weight carried by colts in the Kentucky Derby is 126 pounds. Fillies carry 121 pounds. If a jockey weighs less than either of those weights, then additional weight is added to the saddle of the horse to achieve the assigned weight.
Those are two different kinds of measurements and you cannot subtract calories from pounds. Pounds measure weight and calories measure energy.
Cwt is the abbreviation for the old measure of weight known as a Hundredweight or 112 pounds(lbs) ====================== 112 pounds is a LONG hundredweight
For those who use metric units:To figure out your BMI, take your weight (in kilograms) and divide it by your height (in meters). Now take that number and divide it by your height again. Now you have your BMI!In a formula: BMI = weight (kg) / height^2(m)For those who use imperial units:To figure out your BMI, take your weight (in pounds) and divide it by your height (in inches). Now take that number and divide it by your height again. Once you have that answer, multiply that by 705, and you have your BMI!In a formula: BMI = 705 * weight (lb) / height^2 (in)
For those who use metric units:To figure out your BMI, take your weight (in kilograms) and divide it by your height (in meters). Now take that number and divide it by your height again. Now you have your BMI!In a formula: BMI = weight (kg) / height^2(m)For those who use imperial units:To figure out your BMI, take your weight (in pounds) and divide it by your height (in inches). Now take that number and divide it by your height again. Once you have that answer, multiply that by 705, and you have your BMI!In a formula: BMI = 705 * weight (lb) / height^2 (in)
Mass is NEVER the same as weight. Not on Earth, not elsewhere. Those are two very different concepts. Mass is measured in kilograms, weight in Newton, which is the same as kilograms x meters / seconds2. On Earth, weight is simply more or less PROPORTIONAL to weight, meaning that every kilogram will weigh approximately 9.8 Newton. For more details, see the Wikipedia article on "mass versus weight".