Understanding the Moon's Orbit

The video explains the moon's orbit around Earth, demonstrating how it maintains a consistent face towards Earth. It discusses the gravitational pull exerted by Earth on the moon, which keeps it in orbit. The moon's attraction to Earth is due to gravitational forces, preventing it from crashing into Earth as it moves at a constant speed.

What does the moon do in relation to the Earth?

• It orbits the Earth.

• It stays stationary.

• It revolves around the Sun.

• It moves away from the Earth.

Why does the moon keep the same face towards the Earth?

• Because it does not rotate.

• Because it is stationary.

• Because it rotates at the same speed as it orbits.

• Because it is pulled by the Sun.

What happens to the moon as it orbits the Earth?

• It twists slightly.

• It stops rotating.

• It moves away from the Earth.

• It changes its orbit.

What causes the moon to orbit the Earth?

• The moon's own gravity.

• The Earth's magnetic field.

• The gravitational pull of the Earth.

• The Sun's gravitational pull.

What is the primary force that keeps the moon in orbit around the Earth?

• Electromagnetic force.

• Nuclear force.

• Gravitational attraction.

• Magnetic attraction.

Why doesn't the moon crash into the Earth?

• Because it moves at a certain speed.

• Because it is held by the Sun's gravity.

• Because it is repelled by the Earth's gravity.

• Because it is too far away.

What is the relationship between the moon's speed and its orbit?

• The speed has no effect on its orbit.

• The speed prevents it from falling into the Earth.

• The speed makes it move away from the Earth.

• The speed causes it to crash into the Earth.