Miscellaneous Quiz / BVHS SKB Quiz 4: Physics Concepts Part 1

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Can you name the best term for each of the following clues?

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HintPhysics TermHint
All motion must be measured relative to a ___
total displacement divided by total time (two word term)
Angle subtended by an arc whose length is equal to the radius
Measure of the tendency of an object to resist changes in motion
mgh = (be specific 3 words)
motion from one place to another place
total distance divided by total time (two word term)
Study of the motion of objects and the related forces and energies
Slope of a velocity-time graph
force exerted by a spring/displacement of the spring
the vector sum of all forces acting on an object
Collision in which the objects stick together
The factor by which a simple machine multiplies the input force
Area under a velocity-time graph
Law of inertia (Someone's # law)
Type of collision in which kinetic energy is conserved
Force that opposes the sliding of two objects past one another
work/time = ???
Area under a force-time graph
HintPhysics TermHint
the force exerted by a spring is proportional to the displacement of the spring( Someone's law)
Law of action reaction (Someone's # law)
The quantity that is conserved when a spinning ice skater pulls her arms in
The path of each planet is an ellipse with the sun at one focus (Someone's # law)
State in which the net force and torque acting on an object are both zero
general motion of objects moving through the air in two dimensions
general type of quantity with magnitude and direction
The orbital periods of the planets squared are proportional to the semimajor axis cubed (Someone's # law)
The net force acting on an object in circular motion
6.67 x 10^-11 Nm^2/kg^2 (3 words)
amount of time for one full rotation, revolution or cycle
½ * mass * velocity^2 = ???
mass * acceleraton due to gravity
effectiveness of a force at causing rotation
½ * k * displacement^2 = (3 words)
mass x velocity = ???
work out / work in
An imiginary line connecting a planet to the sun would sweep out equal areas in equal times (Someone's # law)
Slope of a position-time graph
Area under a force-distance graph

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