Click on the image below to zoom in if you are having trouble viewing it properly. Select the correct answer from the options for each definition, example, or formula that is listed
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Question 15
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Question 16
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Question 17
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In the picture of the airplane, what type of motion/travel is being represented by each letter
(HINT: Think of our flower and bee picture that we drew in class).
Line A is an example of ________________ , Line B is an example of _____________ .
Just type the words in order, separated by a comma and a space.
Question 1
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Question 2
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Question 3
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Question 4
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Question 5
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Question 6
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Question 7
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Question 8
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Question 9
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Question 10
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Question 11
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Question 14
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The study of how things move. It seeks to measure things like position (displacement), speeds, velocity, and acceleration
Kinematics
Physics
Motion
Acceleration
This type of measurement provides two pieces of information, the magnitude, AND the direction. Some examples are displacement, velocity, and sometimes acceleration
Rate
Vector Quantity
Scalar Quantity
Distance-Time Graph
Measurement of any change in an object's speed or velocity (direction)
A. Displacement
B. Acceleration
C. Time
D. Speed
E. Distance
F. Velocity
The measurement of the rate of motion. The total distance an object travels over a certain amount of time
A. Displacement
B. Acceleration
C. Time
D. Speed
E. Distance
F. Velocity
The measurement of the total length of the path traveled by an object while it is in motion
A. Displacement
B. Acceleration
C. Time
D. Speed
E. Distance
F. Velocity
The measurement of the duration of the motion (it is always equal to ▵T)
A. Displacement
B. Acceleration
C. Time
D. Speed
E. Distance
F. Velocity
The measurement of the rate (and direction) at which an object's position changes
A. Displacement
B. Acceleration
C. Time
D. Speed
E. Distance
F. Velocity
The measurement of an object's change in position (using an arrow that points in a straight line) from its initial position to its final position.
A. Displacement
B. Acceleration
C. Time
D. Speed
E. Distance
F. Velocity
Match the formula provided to the dimension below. Look at your paper if you need a closer look!
A. Displacement
B. Acceleration
C. Time
D. Speed
E. Distance
F. Velocity
Match the formula provided to the dimension below. Look at your paper if you need a closer look!
A. Displacement
B. Acceleration
C. Time
D. Speed
E. Distance
F. Velocity
Match the formula provided to the dimension below. Look at your paper if you need a closer look!
A. Displacement
B. Acceleration
C. Time
D. Speed
E. Distance
F. Velocity
Match the formula provided to the dimension below. Look at your paper if you need a closer look!
A. Displacement
B. Acceleration
C. Time
D. Speed
E. Distance
F. Velocity
Match the formula provided to the dimension below. Look at your paper if you need a closer look!
A. Displacement
B. Acceleration
C. Time
D. Speed
E. Distance
F. Velocity
Match the units provided with the correct dimension below
A. Displacement
B. Acceleration
C. Time
D. Speed
E. Distance
F. Velocity
Match the units provided with the correct dimension below
A. Displacement
B. Acceleration
C. Time
D. Speed
E. Distance
F. Velocity
Match the units provided with the correct dimension below
