as earth revolves around the sun, north america experiences seasons during the year. which of the following…

as earth revolves around the sun, north america experiences seasons during the year. which of the following best explains why north america experiences summer in july and not in january?\na the sun is closer to north america in july than in january due to the elliptical orbit of earth.\nb the rays of the sun strike more directly on north america in july than in january due to the tilt of earth.\nc the rays of the sun are brighter in july than in january over north america due to the revolution of earth.\nd the sun stays lower in the sky and appears brighter in north america in july than in january due to the rotation of earth.

as earth revolves around the sun, north america experiences seasons during the year. which of the following best explains why north america experiences summer in july and not in january?\na the sun is closer to north america in july than in january due to the elliptical orbit of earth.\nb the rays of the sun strike more directly on north america in july than in january due to the tilt of earth.\nc the rays of the sun are brighter in july than in january over north america due to the revolution of earth.\nd the sun stays lower in the sky and appears brighter in north america in july than in january due to the rotation of earth.

Answer

Brief Explanations:

The tilt of Earth's axis causes different parts of the planet to receive varying amounts of direct sunlight at different times of the year. In July, the Northern - Hemisphere (where North America is located) is tilted towards the Sun, so the Sun's rays strike more directly, leading to summer. It's not about the distance to the Sun (Earth is actually closer to the Sun in January due to its elliptical orbit), nor about the brightness of the rays in a way not related to the tilt, nor about the Sun staying lower in the sky for summer conditions.

Answer:

B. The rays of the Sun strike more directly on North America in July than in January due to the tilt of Earth.