Density = Mass/Volume = 100/50 kg/cc = 2 kg/cc
10 pints
the mass is always the same on an planet
It is 1960 Newtons, approx.
100ltrs
The answer depends on the density as well as the shape of the 100 kg mass.
The weight of a 100 kg object is 100 kg. Kilograms are a unit of weight.
The force of gravity at Pluto's surface on an object with a mass of 100kg is approximately 58N .
100kg = 15st 10.46 pounds.
PE=mgh (mass x gravity x height). Use 9.8 for gravity. Answer is in joule.
The gravitational force acting on a mass is the predominant factor determining projectile motion. The actual mass of the object is often irrelevant. To demonstrate this, an object of 100kg mass and an object of 1kg mass are simultaneously dropped from the same height, in vacuum. Observe, they simultaneously hit the floor. In an atmosphere, under conditions of similar geometry, objects of differing density will still fall at the same rate. A 3cm diameter sphere of lead, versus a 3cm diameter sphere of cork, they both have the same shape and size, hence the same aerodynamic properties. Observe, they simultaneously hit the floor. The masses were different, but they still hit the floor simultaneously. When considerations of air resistance are taken into account, the density can certainly be a factor. (Remember, density is a ratio of mass and volume, or a description of how you use matter to create a structure of a given volume). To demonstrate this, a feather of 0.005kg mass and a solid lead ball of 0.005kg mass are simultaneously dropped from the same height. Observe, the lead ball heads straight to the floor, while the feather flutters about, landing quite a bit later. The air resistance acting against the feather is much greater, it's aerodynamic properties being much different than that of the sphere. Perhaps not so much the density, but the aerodynamic properties, that affect projectile motion through a non-vacuum. Shoot a solid lead bullet through the air and see how far it goes. Then shoot a feather through the air - the aerodynamic drag forces acting on the feather act to slow it down - and see how far it goes.
100 kg is 220.462 pounds.
100kg = 220.5 pounds