No, they would both fall at the same speed.
There are 20 50kg weights in 1 ton.
The weight of 50kg of gold is 50kg. Gold is typically measured in weight units such as kilograms or grams. So, 50kg of gold would weigh 50kg.
If you had a 50kg weight on Earth, it would weigh ~zero on the space station. It would still have a mass of 50kg--meaning it would difficult to move, and hurt very bad if it wumped you on the head, but placed on a scale, it would show 0. Likewise, if you had that 50kg weight and a scale on an elevator here on Earth, the scale would read 50kg. Say at the top of a 100 floor building, the elevator's cable and safety devices broke and the elevator, you, the 50kg weight and the scale were all in free fall. For a very short time, the 50kg weight would weigh zero. You would weigh zero. The scale would weigh zero. Until the elevator hit the ground.
I'm not sure of any excercises that a wheelchair-bound person can do, how about trying to lift weights?
Your mass would still be 50kg on the moon because mass is a measure of the amount of matter in an object, which does not change with location. However, your weight would be different on the moon due to the weaker gravitational pull compared to Earth.
The weight of a 50kg person on each planet would be approximately: Mercury - 19kg Venus - 47kg Earth - 50kg Mars - 19kg Jupiter - 318kg Saturn - 134kg Uranus - 56kg Neptune - 69kg These values are based on the gravitational pull of each planet compared to Earth's gravity.
There would be 100 oranges in a sack weighing 50kg. This calculation is based on the fact that three oranges weigh 500g, which is equivalent to 0.5kg. Therefore, 50kg divided by 0.5kg is equal to 100 oranges.
1 bag=50kg=1.25cft 1 bag=50kg=1.25cft 1 bag=50kg=1.25cft 1 bag=50kg=1.25cft 1 bag=50kg=1.25cft 1 bag=50kg=1.25cft 1 bag=50kg=1.25cft 1 bag=50kg=1.25cft 1 bag=50kg=1.25cft 1 bag=50kg=1.25cft 1 bag=50kg=1.25cft
forever!
I think it would be 25 kg - 50kg
50KG 50KG
About 110.2 pounds.