More direct sunlight strikes the poles so they receives more energy and experiences higher temperatures than the equator.

More direct sunlight strikes the equator so it receives more energy and experiences higher temperatures than the poles.

More direct sunlight strikes the equator so it receives less energy and experiences lower temperatures than the poles.

More direct sunlight strikes the equator so it receives less energy and experiences colder temperatures than the poles.

Earth's rotation from east to west causes the pattern of day and night.

Earth's revolution from west to east causes the pattern of day and night.

Earth's revolution from east to west causes the pattern of day and night.

Earth's rotation from west to east causes the pattern of day and night.

My mass on the moon would change and would be less. But weight on the moon would be 1/6 of my weight on Earth because the force of gravity on the moon is 1/6 of Earth's gravity.

My mass on the moon would change because my mass on the moon would be 1/6 of my mass on Earth. But my weight on the moon would be the same. because the force of gravity on the moon is the same as Earth's gravity.

My mass on the moon would not change. But my weight on the moon would be 2/6 of my weight on Earth because the force of gravity on the moon is 2/6 of Earth's gravity.

My mass on the moon would not change. But my weight on the moon would be 1/6 of my weight on Earth because the force of gravity on the moon is 1/6 of Earth's gravity.

Earth's tilt and rotation cause the seasons.

Earth's mass and revolution cause the seasons.

Earth's tilt and revolution cause the seasons.

Earth's tilt and gravitational pull cause the seasons.

Earth spins and shakes.

Earth rotates and revolves.

Earth moves up and down.

Earth moves side to side.

Solstices have either the longest amount of light or the shortest amount of light. This happens when either the Northern or Southern Hemisphere is at its weakest tilt towards the sun. The tilt of Earth's axis affects day length.

Solstices have either the longest amount of light or the shortest amount of light. This happens when either the Northern or Southern equator is at its strongest tilt towards the sun. The mass of the Earth affects day length.

Solstices have about the same amount of light. This happens when either the Northern or Southern Hemisphere is at its strongest tilt towards the sun. The tilt of Earth's axis affects night length.

Solstices have either the longest amount of light or the shortest amount of light. This happens when either the Northern or Southern Hemisphere is at its strongest tilt towards the sun. The tilt of Earth's axis affects day length.