You've learned to juggle 4 balls at once here on Earth. During a visit to the moon, where the acceleration due to gravity is about 1/6th its Earth value, you decide to try juggling those same 4 balls. You find that, on the moon, each ball has ________________.1 pointless weight and falls more slowly than on Earth. It undergoes the same acceleration as on Earth when exposed to the same force as on Earth.less weight and falls more slowly than on Earth. It accelerates more rapidly than on Earth when exposed to the same force as on Earth.the same weight, but falls more slowly than on Earth. It accelerates more slowly than on Earth when exposed to the same force as on Earth.the same weight and falls at the same rate as on Earth. It accelerates more slowly than on Earth when exposed to the same force as on Earth.

Learning goal 2: Your friend tells you that if they travelled to the Moon, they would weigh less than they do on Earth.Determine whether your friend is correct.They are correct because gravity on the Moon is weaker than it is on EarthThey are incorrect because gravity on the Moon is stronger than it is on EarthThey are incorrect because their mass does not change between the Moon and Earth

The value of acceleration due to gravity of earth at the equator is less than that of the poles due to _____*1 pointShape and rotation of the earthMass of the sunMass of the earthMass of the moon

The weight of an object on the moon varies directly with its weight on Earth. An astronaut who weighs 84 kg on Earth weighs only 14 kg on the moon.A lunar landing craft weighs 2449 kg when on the moon. Calculate the weight of this landing craft when on Earth.   (2 marks).

I am sending you on a trip to the MOON!  You arrive, put on your space suit, and walk on the surface.  While on the MOON you hold out a hammer and feather.  When you drop them what happens?*5 pointsThe feather hits the ground first.The hammer hits the ground first.The feather falls down, while the hammer flies up.The hammer and the feather hit the ground at the same time.The hammer falls down, while the feather flies

6. Astronauts visiting the moon collect and measure rock samples. Rock A is a 2 kg rock that weighs 1 N on the moon. Rock B is a 4 kg rock that weighs 2 N on the moon. How and why are the weights of these rocks likely to change once the rocks are brought back to Earth? aBoth rock samples are likely to weigh more on Earth because their masses will increase.bBoth rocks are likely to weigh less on Earth because their masses will increase.cBoth rocks are likely to weigh less on Earth because they are from the moon, which exerts a weaker gravitational force than Earth.dBoth rocks are likely to weigh more on Earth because Earth exerts a stronger gravitational force on their respective masses than the moon.