Worksheets6.1.2 Gravity & Inertia
Total questions: 30
Worksheet time: 22mins
A measure of the amount of matter in an object
matter
mass
volume
force
The attraction of one particle or body to another
mass
force
friction
gravity
Larger masses have a
weaker gravitational force
stronger gravitational force
equal gravitational force
Holds the Earth and other planets in orbit around the Sun.
The Sun's gravitational force
The moon's gravitational force
The Earth's gravitational force
The lack of gravitational force
moons orbit
other moons
the Sun
asteroids
planets
Which model has greater gravitational attraction (if any)
Model A
Model B
Both Model A and Model B (same gravity)
The measure of how fast an object is going is called _______.
frame of reference
speed
force
displacement
The amount of matter in an object is called ______________.
displacement
mass
friction
friction
What two forces affect gravity?
mass and inertia
mass and distance
mass and force
mass and weight
As distance between objects increases, the pull of gravity...
increases
decreases
Stays the same
Choose the image that has the most gravitational pull:
As mass increases, what happens to gravitational force?
increases
decreases
stays the same
As distance increases, what happens to gravitational force?
increases
decreases
stays the same
If the force of gravity from the Sun were to suddenly disappear, Earth would ____
Continue to travel in a straight path
Continue to move in a curve around the Sun
Continue to move in a curve, but the curve would be larger
Stop moving completely
What two factors affect the pull of gravity on an object? (choose ALL that are true)
How far away an object is
The mass of an object
The name of the planet
How many people are on the planet
You travel to the Moon. Which of the following is true? (choose ALL that are true)
Your mass stays the same
Your weight stays the same
Your mass is different
Your weight is different
When you travel to a planet, like Jupiter, where the force of gravity is greater than on Earth, _____
You will "weigh more" than on Earth
You will "weigh less" than on Earth
You will have "less mass" than on Earth
You will have "more mass" than on Earth
