Without the Coriolis Effect, the atmosphere would circulate back and forth between the warm, low pressure area at the equator and the cold, high pressure area at the poles.Instead, the Coriolis Effect results in the air deflecting towards the right in the Northern Hemisphere and toward the Left in the Southern Hemisphere.What causes these curved paths?(1 point)ResponsesThe Earth spins faster at the poles than at the equator.The Earth spins faster at the poles than at the equator.The different parts of the Earth rotate at different speeds.The different parts of the Earth rotate at different speeds.The equator receives more direct sunlight than the poles.The equator receives more direct sunlight than the poles.The poles receive more direct sunlight than the equator.The poles receive more direct sunlight than the equator.

Answer 1

The correct response is: The different parts of the Earth rotate at different speeds.

This variation in rotational speed is what contributes to the Coriolis Effect, causing moving air (and water) to curve in relation to the Earth's rotation. In essence, areas near the equator travel faster than areas near the poles, leading to the deflection of wind patterns.