All you need to know to answer this question is the acceleration due to gravity on Mars, which is 3.71 m/s. Plugging that number into the equation F = m*gm, where F is the force on the object due to gravity, also called its weight, m is the mass of the object and gm is the acceleration due to gravity on Mars. The result is
185.5 kg*m/s or 185.5 N.
Kilogram is a unit of mass. If your mass is fifty kilograms then you weigh 490 Newtons or 110 lbs. Mars has roughly 3/5 earth gravity. Thus there you would weigh 294 newtons or 66 pounds. In either case, your mass would still be fifty kilograms.
You would still weigh 50kg, you would simply experience less gravity.....you could actually calculate by 50 x 0.38= 19kg. the formula differs for each planet.
1/6 of the earth
50kg here is 18.85kg on Mars.
The gravity on Mars is .376 that of Earth's. Therefore, you'd weigh 18.8Kg.
50kg
120lbs or 50kg.
50kg
50kg?
If your mass is 50 kg, then you weigh about 18 pounds on the moon, about 39.6 pounds on Mars, about 110 pounds on earth, and exactly zero while you're coasting through space at constant speed on your way from one of them to another. Your 50kg doesn't change. That's your 'mass', not your weight.
how to figure out wath i weigh on mars
Female: 41kg - 50kg ( 90 - 110 lbs) Male: 50kg - 64kg (110- 140 lbs)
On Mars, you'd weigh 34.2 pounds.
27kg is 10.179kg on Mars.
On Mars you would weigh only 37.7 pounds.