1/6th
The person's mass on the moon is still 60 kilograms. Their weight would be about 10 kg.
Your mass would still be 60 kilograms on the Moon. Mass is a measure of the amount of matter in an object, so it remains the same regardless of the gravitational pull. However, your weight would be different on the Moon due to the difference in gravitational force compared to Earth.
Kilogram is a unit of mass, not of size. An object with a mass of 60 kilograms can be just about any size, depending on its shape and density.
60 kilograms has a greater mass.
In the metric (SI) system, the term massis used instead ofweight. Weight is a measure of how heavy something is, whereas mass is a measure of the amount of matter. To illustrate, something that weighs 60 pounds on the earth would only weigh about 10 pounds on the moon (due to the lower gravity of the moon), whereas something the has a mass of 60 Kilograms on the earth would still have a mass of 60 kilograms on the moon (as the amount of matter is unchanged). Consequently, the statement that 1 kilogram is 2.21 pounds is true here on earth but not elsewhere (a point mainly of interest to scientists).
It is 0.06 kilograms: a kg being the standard measurement unit for mass.
60 Kilograms in stone, is around 9 Stone 4 Pounds, maybe a little bit less.
Weight is mass multiplied by acceleration. The man's mass is 82 kg. The acceleration due to earth's gravitational attraction at sea level is 9.81 m/s/s. The man's weight would be 800 kg m/s/s or 800 Newtons. Notice that the value was rounded to the tens place since the factor with the least precision was precise to two digits. Strictly speaking, a bar should be placed over the zero in the tens place.
6.12kg (mass = Force(newtons) / 9.8)
M = W/G = 588/9.8 = 60 kg
60 kilograms = 9.4 stone
There are approximately 27.2155 kilograms in 60 pounds.