Answer :
Mass is a constant, howver weight is not constant on planet becuase the gravitational force is directly proportional to the acceleratoin due to gravity (gravitational constant). The force on gravity is shown on a scale and equal to weight
I'll be using the gravitational constant of the moon 1.6m/s² OR one can calculate the graviational constant on the moon, using the equation for universal gravitation
Using Newton's second law we can find weight, F (F-force of gravity)
F=ma We can deduct that mass is constand and a=g
F=mg Insert value of g, mass (constant)
F=10(1.6)
F=160 Weight=F
Weight=160 kg
In conclusion, a 10kg object has a mass of 10kg and 160 kg weight on the moon
I'll be using the gravitational constant of the moon 1.6m/s² OR one can calculate the graviational constant on the moon, using the equation for universal gravitation
Using Newton's second law we can find weight, F (F-force of gravity)
F=ma We can deduct that mass is constand and a=g
F=mg Insert value of g, mass (constant)
F=10(1.6)
F=160 Weight=F
Weight=160 kg
In conclusion, a 10kg object has a mass of 10kg and 160 kg weight on the moon