24 lbs.
x 16
---- = ---- (cross multiply)
150 100
100x = 2400 (then divide by 100 on both sides)
----- -------
100 100
x=24
150 lbs. In order for the floor to support you it must resist an equal force.
A person who weighs 200 pounds on Earth would weigh approximately 33.3 pounds on the Moon. This is due to the Moon's gravitational force being about 1/6th that of Earth's. Therefore, to calculate the weight on the Moon, you divide the Earth weight by 6.
Weight on the Moon can be calculated using the Moon's gravitational acceleration, which is about 1/6th that of Earth's. To find the weight on the Moon, you divide the Earth weight by 6. Therefore, a person who weighs 690 N on Earth would weigh approximately 115 N on the Moon.
No. The weight of any object on the Moon would be about 1/6 the weight on Earth.
If a person weighs 22 pounds on the moon, they would weigh six times that amount on Earth. Therefore, to find their weight on Earth, you would multiply 22 pounds by 6, resulting in a weight of 132 pounds on Earth.
On average, about 60% of an adult's body weight is water. Therefore, a person who weighs 100 pounds would have approximately 60 pounds of water in their body.
Google [ leg weight percent ] gives me a page on netwellness.org, which says each leg is 10 percent. But it also gives a previous answer here on WikiAnswers of 14 percent, which agrees with an answer of 15.7% on Ask an Anatomist.
Not 100% sure in a goat but I would think it would be similar to a calf. If so, you can expect about half of the standing weight as loss. As an example,, if the goat weighs in at 80 lbs., you should expect about 40 lbs. of usable meat.
When a person is standing upright, gravity pulls the person and the object they are holding towards the Earth. This causes the weight of the object to increase due to the force of gravity acting on it.
twenty-four
The mass of a person who weighs 400 N can be calculated using the formula: weight = mass * gravity, where gravity is approximately 9.8 m/s^2. Therefore, mass = weight / gravity, which gives a mass of about 40.8 kg for a person who weighs 400 N.
This depends on how much the person weighs and how much the horse weighs. The horse should be able to carry one third of its body weight.
The weight of a person is dependent on the gravitational pull of the celestial body they are on. Therefore, if a person weighs 65 pounds on earth, their weight would be different on another planet with a different gravitational force.
No. The heaviest weight ever recorded for a person was about 1400 pounds.
BM = Fxd = weight x gravity x distance 70 kg X 9,81 m/sec2 x 15 m = 10300,5 Nm = 10,3 kNm
100
150 lbs. In order for the floor to support you it must resist an equal force.