To convert your weight on Earth into your weight on Mars, you have to multiply your weight by 0.38.
So let's do the calculation for 94 pounds. 94 X 0.38 equals approx. 36. So you will weigh 36 lbs on Mars if you're 94 lbs on Earth.
You would weigh appx. one-third of what you weigh on Earth.
(Exactly 0.376 times your weight on Earth) Hence, if you weigh 94 pounds on Earth, you would weigh 35.34 pounds on Mars.
If you weigh ninety-one pounds on Earth you would weigh less on Venus!
about 80.8 pounds (rounded)
(Acceleration of gravity on the surface of Venus = 8.9 m/s2)
On Venus, you'd weigh 73.75 pounds.
It would be 45.6 units of weight.
90.7 pounds on Venus.
The important idea is that F = MA because weight is a force W = MA. 60 = W = MA 60/A = Mass (A=9.8 m/s²=Earth's Mean Gravity Constant) W = MA (again) W = (found mass) (Venus' Mean Gravity Constant {9/10 of EMGC})
115 lbs on Earth would be 3,113.28 lbs on the sun.
About 35 pounds.
If you weighed 196 lbs on Earth, you would weigh 177.7 lbs in Venus.
The gravity on Venus is approximately 90% of what it is on earth. This means that something weighing 100kg on earth would weigh 90kg on Venus, and a person weighing 85 pounds on earth would weigh 76.5 pounds there.
It would be 45.6 units of weight.
Since Venus's gravity is very close to that of the Earth, there wouldn't be much difference in your weight on the Earth and your weight on Venus compared to the other planets in our Solar System. To find out your weight on Venus, you have to multiply your earth weight (unit doesn't matter) by 0.91. In your case, a person weighing 70 lbs on the Earth would weigh 64 lbs on Venus.
If you weighed 100 lbs on Earth you would weigh 112.5 lbs on Neptune
If you weigh 1,001 lbs on Earth you would weigh 378.3 lbs on Mercury.
38 lbs.
That depends on you weight on Earth. Let's say that weight is 150 lbs. Mercury: 55.5 lbs Venus: 135.6 lbs the moon: 26.81 lbs Mars: 55.67 lbs Jupiter: 379.5 lbs Saturn: 159.75 lbs Uranus: 132.9 lbs Neptune: 171 lbs.
127893 lbs
90.7 pounds on Venus.
The important idea is that F = MA because weight is a force W = MA. 60 = W = MA 60/A = Mass (A=9.8 m/s²=Earth's Mean Gravity Constant) W = MA (again) W = (found mass) (Venus' Mean Gravity Constant {9/10 of EMGC})
115 lbs on Earth would be 3,113.28 lbs on the sun.