Is the body the same weight?

1 Answer

Answer :

The weight of the body is the same, but its weight is not the same as on the ground!

Related questions

Description : A body has a mass of 6 kg on the Earth; when measured on the Moon, what would be its mas?

Last Answer : – 6 kg

Description : If a body is taken from the earth to the moon, 1. its mass will be different but weight will remain the same 2. both mass and weight will be different 3. its mass will remain the same but weight will be different 4. ... above statements is/are correct? (a) 1 only (b) 2 only (c) 3 and 4 (d) 2 and 4

Last Answer : Ans:(c)

Description : When a body is taken from earth to moon – (1) Mass changes but weight remains same (2) Weight changes but mass remains same (3) Both weight and mass change (4) Both weight and mass re-main same

Last Answer : (2) Weight changes but mass remains same Explanation: Mass is how much stuff we are made of, and it is the same whether we are on Earth, on the moon, on Mercury, or anywhere else one can think of. We are held on Earth by gravity. Gravity pulling on mass is our weight .

Description : A body has a mass of 6 kg on the Earth; when measured on the Moon, what would be its mas

Last Answer : 6 kg

Description : When a body is taken from earth to moon (1) mass changes but weight remains same (2) weight changes but mass remains same (3) both weight and mass change (4) both weight and mass remain same

Last Answer : weight changes but mass remains same

Description : If the Earth has over 80 times the mass of the moon, why does it only have about 6 times as much gravity?

Last Answer : The equation for gravitational attractive force is F = G * m1 * m2 / r^2. m2 is your mass. You got the mass ratio right: m1 for Earth is 80x m1 for the Moon. But when you stand on the surface, r ... Earth is 6370 km. if you take the square of the distance ratio you get 0.075. Multiply by 80 => 6

Description : What is the mass of an object on the moon compared to the earth ?

Last Answer : The mass of an object on the moon will be one-fifth of that of the earth.

Description : If you were to take a radio to the moon would correctly describe the changes to its mass and weight?

Last Answer : It's weight would decrease, and it's mass would remain thesame.

Description : Is iron mass on the moon same as earth?

Last Answer : Mass is a constant everywhere in the universe.The weight on the moon is about one sixth of the weight on theearth, because the mass of the moon is about one sixth of the massof the earth reducing the force of gravity.

Description : If a rock has a mass of .15 on the moon what will the mass be on the earth?

Last Answer : The mass of an object doesn't change its the weight that changesas for example a pencil if the weight of that pencil was 2.4 lbs onearth it would be weightless on the moon but the mass is like thearea of something and the area doesn't change unless u break itoff

Description : Does the mass change when you go on the moon?

Last Answer : Answers is the place to go to get the answers you need and to ask the questions you want

Description : Neil Armstrong was the first person to reach on the moon. While walking on the moon (a) His mass remained the same but weight increased (b) His mass remained the same but weight decreased (c) His mass as well as weight decreased (d) His mass increased but weight remained the same

Last Answer : Ans:(a)

Description : The natural frequency of a spring-mass system on earth is ωn. The natural frequency of this system on the moon (g of moon = g of earth /6) is * 1 point (A) ωn (B) 0.408ωn (C) 0.204ωn (D) 0.167ωn

Last Answer : (A) ωn

Description : The natural frequency of a spring-mass system on earth is ω n . The natural frequency of this system on the moon (g moon = g earth /6) is a) ω n b) 0.408ω n c) 0.204ω n d) 0.167ω n

Last Answer : a) ω n

Description : The natural frequency of a spring-mass system on earth is ω n . The natural frequency of this system on the moon (g moon = g earth /6) is a) ω n b) 0.408ω n c) 0.204ω n d) 0.167ω n

Last Answer : a) ω n