The weight of a 10 kg mass on the moon is 60N. This is because the gravitational pull of the moon is about 1/6th of the Earth's gravitational pull, meaning that objects will weigh less on the moon compared to on Earth.
The weight of a 10 kg mass on the moon is about 1/6th of its weight on Earth. This is due to the lower gravitational pull on the moon, meaning that objects will weigh less there.
The weight of a 10 kg mass on the moon is 60N because of the moon's lower gravitational pull. The force of gravity on an object is calculated by multiplying its mass by the gravitational acceleration, which is lower on the moon compared to Earth.
The weight of a 10 kg mass on the moon does not affect its motion significantly. This is because weight is a force, and an object's motion is more influenced by its mass and the amount of force acting on it. The mass and force of the object would remain the same on the moon, so its motion would be similar to that on Earth.
The weight of a 20 kg mass on the moon would be 120N. This is because the weight of an object on the moon is proportional to its mass, so doubling the mass would result in doubling the weight. Similarly, a 30 kg mass would weigh 180N on the moon.