Which of the following statements best describes why the mass of a bowling ball would not change if it were transported from Earth to the Moon? Gravity is a constant force.

The bowling ball will adapt to the changes in gravity.

Matter is resistant to acceleration and changes in gravity.

The amount of matter in the bowling ball remains the same

"The amount of matter in the bowling ball remains the same."

Explanation:

Matter doesn't change when you move a bowling ball to the Moon from Earth. The reason it is acted on differently is because the Moon has a weaker sense of Gravity, which makes the bowling ball fall slower.

the correct answer is 2.

a slump in geology means a mass movement process of slope failure. a mass of rock or unconsolidated material drops along a slip surface. in other words, rock layers move a short distance down the slope. the slump block is an intact block (2), without any landslide material.

in this image, 1 is the surface of rapture (scarp), 2 the slump block, 3 main scarp (crown), 4 base of rapture with debris flow.

slumps are caused by clear cutting on unstable soils and the sagging of earth, in coastal areas they are due to wave infiltration.

its tr3way you already know