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21 questions
1. How much gravity an object has depends on its ____________.
Weight
Mass
Place
None of the above
1. What has the strongest gravitational pull?
The Earth
The Moon
The Sun
The North Star
1. When will gravity be the strongest?
The farther away you are from an object.
When you are standing on the moon.
During the daytime.
The closer you are to an object.
True or False: Gravity helps the Earth to stay in orbit around the Sun.
True
False
1. What scientist is credited with first describing the mathematics of gravity?
Albert Einstein
Galileo Galilei
Isaac Newton
Charles Darwin
What do we call the force of gravity on an object?
Mass
Friction
Acceleration
Weight
True or False: The more mass an object has, the faster it will fall.
True
False
What natural phenomena occurs on Earth due to the gravity of the Moon?
The ocean tides
The Sun being yellow
Earthquakes
Clouds
Where would you weigh the most?
On Earth
On the Moon
On the Sun
At the doctor's office.
True or False: How much we weigh on Earth is a direct result of the force of the Earth's gravity.
True
False
Gravity on the Moon is the gravity on Earth.
More than.
Colder than
Faster than
Less than.
Gravity on Earth is how many times stronger than gravity on the Moon?
Ten
Six
Four
Two
Gravity and Friction are examples of
Mass
Surfaces
Forces
Velocity
The resistance that one surface or object encounters when moving over another.
Friction
Acceleration
Mass
Force
The increase in the rate or speed of something.
Velocity
Force
Friction
Acceleration
The speed of something in a given direction.
Acceleration
Force
Fast
Velocity
________ is a push or pull exerted (or put) on an object.
Force
Mass
Weight
Acceleration
_______ is a measure of the force of gravity on an object
Friction
Mass
Speed
Weight
_______ is a measure of the amount if matter in an object.
Weight
Mass
Force
A measuring cup
The point on a body where all weight is equally balanced around. The point where gravity seems to pull.
The Center of Gravity
The toes
The top
The surface
The force of attraction between two objects.
Friction
Mass
Gravity
Movement
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