Which factors of Earth’s position would contribute to long-term climate change?

its elliptical orbit and the tilt on its axis
its distance from other planets and the tilt on its axis
the tilt on its axis and its distance from the moon
its distance from the moon and its elliptical orbit

Its elliptical orbit and the tilt on its axis

Explanation:

The main factor in long-term climate change is the amount of sunlight reaching the Earth's surface.

If the orbit became more circular, the seasons would become more uniform. for example, winters would be the same each year, because the Earth would be always the same distance from the Sun

If the axial tilt became more extreme, the differences between seasons would become more pronounced. Summers in the Northern Hemisphere would be hotter, because the Sun's rays would be more directly overhead, and days would be longer. Winters would be colder, because the sunlight would be coming from a more oblique angle and there would be fewer hours of sunlight each day.

B is wrong. If all the planets moved further from Earth, the amount of sunlight hitting its surface would not change

C and D are wrong. The distance from the Moon has no effect on the amount of sunlight reaching the Earth.

it's a on edge

Explanation:

plants need sunlight, water, and carbon dioxide to make food. plants use the raw materials of water, nutrients they absorb from soil, and carbon dioxide to make sugars the plant can use. energy from the sun and chlorophyll are also needed.