Read on BMI (body mass index), for example, in Wikipedia. There you can find the typical mass for different heights.
If you ignore the process of lifting the mass (just holding it when it gets there), they do the same work but if you include the lifting process, the tall person does more work because the mass is elevated to a higher point first.
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There is no air resistance to keep you from hitting the ground, the density of your body is heavier then the air, causing you to fall quickly into the ground.
Concrete has a density of about 2400 kg per cubic meter. Without the other dimensions, we can't begin to guess what the overall volume is, so we can't give you a weight.A cube of concrete 5 feet on a side would have a volume of about 3.5 cubic meters and therefore a mass of about 8400 kg. Since you gave the measurement in feet, you probably want the weight in pounds; it would be roughly 18,500 pounds or 9 and a quarter short tons.There are tricks you can use to get the volume and therefore ultimately the weight of an irregularly shaped object, but frankly they rely on you being able to lift it and submerge it in water, and honestly if you can do that you could just put the silly thing on a scale and get an answer directly.
Dominic Cork is 6' 2".
James Cork is 186 cm.
Sean Cork is 5' 9".
Cork Hubbert is 4' 11".
You can not simply change from a measurement of volume to that of mass, for example if you had a 1m x 1m x 1m cube and filled it with lead, it would have a greater mass than if it were filled with air or wood.As such, in order to find the mass of an object of a given volume you are required to know what material the object is composed of, and hence it's density. Then it's mass can be calculated as below:Mass = Density x Volume
65 feet tall
The density of a person is determined by their body fat ratio, otherwise a taller person will be heavier only because they have more body mass, not necessarily more density 'heaviness'.
Yes. The ability of cork to float in water is a result of its low density. The same principle applies to large ships at sea: while the ship itself is very large and very heavy, the air trapped inside the hull of the ship reduces the ship's average density to less than that of the water, so it will float.
No. Nor will its mass...or for that matter its weight, unless you have a balance that measures in milligrams and a really tall mountain.
The height of the 2013 Nissan Cube is 5 ft. 5 in. (65 in.).
The height of the 2014 Nissan Cube is 5 ft. 5 in. (65 in.).
The height of the 2009 Nissan Cube is 5 ft. 5 in. (65 in.).