3Q Speed / Velocity Shadows Question Preview (ID: 41259)
3Q Speed And Velocity Review!
TEACHERS: click here for quick copy question ID numbers.
Time
a) The ongoing sequence of events taking place
b) The speed of something in a given direction
c) Measure of the rate of movement
d) Period of inactivity
The place where someone or something is located or has been put
a) Time
b) Position
c) Distance
d) Speed
The speed of something in a given direction
a) Motion
b) Speed
c) Friction
d) Velocity
Motion
a) Period of inactivity
b) Changing place or position
c) Measure of rate of movement
d) Speed of something in a given direction
Rest
a) Changing place or position
b) Period of inactivity
c) Period of kinetic energy
d) Place where something is located
The measure of the rate of movement of an object
a) Speed
b) Motion
c) Velocity
d) Time
The sun rises in the
a) South
b) North
c) West
d) East
An object at rest stays at rest and an object in motion stays in motion
a) Newton's first law of motion
b) Newton's first law of gravity
c) Newton's first law of speed
d) Newton's first law of friction
Amount of space between two things or people
a) Distance
b) Position
c) Location
d) Velocity
The sun sets in the
a) North
b) West
c) South
d) East
At what time of day are the shadows the shortest?
a) 6:00 PM
b) 4:00 PM
c) 12:00 PM
d) 8:00 AM
When are shadows at their longest?
a) 12:00 PM
b) Mid-day
c) Noon
d) Early morning or late afternoon
The sun appears to move in which direction during the day?
a) North to South
b) West to East
c) East to West
d) East to South
Objects rubbing =
a) Hydroelectric
b) Friction
c) Obstruction
d) Abrasion
Stored energy =
a) Kinetic
b) Potential
c) Resistance
d) Velocity
Energy in motion =
a) Momentum
b) Potential
c) Kinetic
d) Residual
A roller coaster would have the greatest kinetic energy...
a) Resting at top of the hill
b) Being pulled up the hill
c) Half way down the hill
d) At bottom of the hill
A roller coaster would have the greatest potential energy...
a) Resting at top of hill
b) Being pulled up the hill
c) Half way down the hill
d) At bottom of the hill
In the formula R x T = D , what does R stand for?
a) Rats
b) Ratio
c) Rate
d) Resistance
In the formula R x T = D , what does T stand for?
a) Time
b) Temperature
c) Trumpet solo
d) Torque
Play Games with the Questions above at ReviewGameZone.com
To play games using the questions from above, visit ReviewGameZone.com and enter game ID number: 41259 in the upper right hand corner or click here.
To play games using the questions from above, visit ReviewGameZone.com and enter game ID number: 41259 in the upper right hand corner or click here.
TEACHERS / EDUCATORS
Log In | Sign Up / Register
Log In | Sign Up / Register