Escape Velocity Comparison

• The escape velocity of an object on Earth will be less than the escape velocity of that object on the Moon.
• The escape velocity of an object on Earth will be more than the escape velocity of that object on the Moon. (correct)
• The escape velocity of an object on Earth will be equal to the escape velocity of that object on the Moon.
• None of these

• None of these
• The escape velocity of an object on Earth will be equal to the escape velocity of that object on the Moon.
• The escape velocity of an object on Earth will be less than the escape velocity of that object on the Moon. (correct)
• The escape velocity of an object on Earth will be more than the escape velocity of that object on the Moon.

• The escape velocity of an object on Earth will be more than the escape velocity of that object on the Moon.
• The escape velocity of an object on Earth will be equal to the escape velocity of that object on the Moon.
• None of these
• The escape velocity of an object on Earth will be less than the escape velocity of that object on the Moon. (correct)