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Bill Nye the Science Guy – Motion | Questions & Answers (100 %Score) Latest Updated 2024/2025 Comprehensive Questions A+ Graded Answers | With Expert Solutions$8.49
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Bill Nye the Science Guy – Motion | Questions & Answers (100 %Score) Latest Updated 2024/2025 Comprehensive Questions A+ Graded Answers | With Expert Solutions
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BILL NYE
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BILL NYE
Bill Nye the Science Guy – Motion | Questions & Answers (100 %Score) Latest Updated
2024/2025 Comprehensive Questions A+ Graded Answers | With Expert Solutions
Bill Nye the Science Guy – Motion | Questions & Answers (100 %Score) Latest Updated
2024/2025 Comprehensive Questions A+ Graded Answers | With Expert Solutions
motion - Everything in the universe is in...
NO - If a scooter is placed on an air track, will the scooter move on its own?
force - If something is moving, it keeps on moving unless acted on by an outside force...
matter - Inertia is a property of...
stay/stay - Newton's 1st law states: things at rest ____ at rest and things in motion ____
in motion unless acted on by an outside force.
force/mass/acceleration - In the formula F=ma, "F" means ____, "m" means ____, and
"a" means ____
force - Newton's 2nd law states: to move a mass, you need a...
reaction - Newton's 3rd law states, for every action there is an equal and opposite...
push/pull - To have motion, it takes motion. You are either going to ____ or ____
grams - Mass is measured in ____ or kilograms
YES - In 0 gravity, do the laws of motion still apply?
TRUE - Forces put things in motion
FALSE - Only objects that are not moving have inertia
TRUE - Unmoving objects are being acted on by balanced forces
FALSE - The inertia of a bowling ball is the same as the inertia of a golf ball
TRUE - The mathematical formula F=ma, says that the amount of force necessary to
move 2 balls is twice the force necessary to move 1 bowling ball
TRUE - The mass of an object is measured in grams/kilograms
FALSE - Newton's Laws of Motion do not apply in outer space
Correct - The more mass a body has, the more inertia it has
Correct - The mass of an object is the same regardless of where it is measured
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