50kg here is 18.85kg on Mars.
Your weight on Mars would be approximately 19 pounds. This is because Mars has less gravity than Earth, about 38% of Earth's gravity. So if you weigh 50 pounds on Earth, you would weigh less on Mars due to the weaker gravity.
If an object weighs 100 newtons on Earth, it would weigh approximately 37.8 newtons on Mars. This is because the gravity on Mars is about 38% of the gravity on Earth.
About 2 times less, so if you weigh 50 pounds on Earth, you would weigh about 18(mars is a bit less massive than half the size of earth) on Mars.
about 50 years
Due to its lower gravitational pull, your weight on Mercury would be about 38% of your weight on Earth. Therefore, if you weigh 50 kg on Earth, you would weigh around 19 kg on Mercury.
If you weighed 50 kg on Earth, you would weigh about 179 kg on Neptune. This is because Neptune's surface gravity is roughly 1.14 times that of Earth.
19 pounds on Mars.
301 pounds.
The gravitational kinetic speed for Earth is: 9.8 m/s^2 \ 9.8 -/+.5 m/sec^2The gravitational kinetic speed for Mars is: 3.69 m/sec^2 \ 3.79-/+.5 m/sec^2So, let's say something like this:K = UJK is the weight,U = 50 kgJ = (3.69 m/sec^2 \ 3.79-/+.5 m/sec^2)K = (50 kg)*(3.69 m/sec^2 \ 3.79-/+.5 m/sec^2)K = 184.5 NewtonsSo, your weight on Mars would be: 184.5 Newtons.
On Saturn, your weight would be approximately 53.4 pounds if you weigh 50 pounds on Earth. This is because Saturn's gravity is weaker than Earth's due to its larger size and lower density.
About 301.5 pounds
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.