Unit 1 kinematics
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Unit 1 Kinematics. Review Game. Units. Vocabulary. Motion Graphs. Vectors. Word Problems. $1. $1. $1. $1. $1. $2. $2. $2. $2. $2. $3. $3. $3. $3. $3. $4. $4. $4. $4. $4. $5. $5. $5. $5. $5. The SI units of velocity. m eters per second. Return to board.

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Unit 1 Kinematics

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Unit 1 kinematics

Unit 1Kinematics

Review Game


Unit 1 kinematics

Units

Vocabulary

Motion

Graphs

Vectors

Word

Problems

$1

$1

$1

$1

$1

$2

$2

$2

$2

$2

$3

$3

$3

$3

$3

$4

$4

$4

$4

$4

$5

$5

$5

$5

$5


The si units of velocity

The SI units of velocity


M eters per second

meters per second

Return to board


The si units of time

The SI units of time


Seconds s

secondss

Return to board


Meters per seconds squared is a measure of what variable

Meters per seconds squared is a measure of what variable?


Acceleration

Acceleration

Return to board


What are the si units of displacement

What are the SI units of displacement?


Meters m

metersm

Return to board


Convert 80 0 km hour to m s

Convert 80.0 km/hour to m/s


Unit 1 kinematics

Return to board


A quantity that has magnitude and direction

A quantity that has magnitude and direction


Vector

Vector

Return to board


The speed and direction of an object at t 0

The speed and direction of an object at t=0


Initial velocity

Initial velocity

Return to board


Final initial

Final - Initial


Delta

Delta

Return to board


The sum of two or more vectors

The sum of two or more vectors


Resultant

Resultant

Return to board


The change in velocity per unit time

The change in velocity per unit time


Acceleration1

Acceleration

Return to board


Describe the motion of the object

Describe the motion of the object:


At rest not moving

At restNot moving

Return to board


Describe the motion of the object1

Describe the motion of the object:


Moving forward at a constant speed

Moving forward at a constant speed

Return to board


Describe the motion of the object2

Describe the motion of the object:


Moving forward at a constant speed1

Moving forward at a constant speed

Return to board


Describe the motion of the object3

Describe the motion of the object:


Moving forward and accelerating getting faster

Moving forward and accelerating (getting faster)

Return to board


Describe the motion of the object4

Describe the motion of the object:


Accelerating from rest and then moving forward at a constant speed

Accelerating from rest, and then moving forward at a constant speed.

Return to board


What is the resultant of a 7 m vector north and a 4 m vector south

What is the resultant of a 7 m vector northand a4 m vector south


3 m north

3 m North

Return to board


What is the resultant of a 12 m s vector east and a 9 m s vector east

What is the resultant of a12 m/s vector eastand a9 m/s vector east


21 m s east

21 m/s East

Return to board


What is the resultant of a 32 m s vector to the right and a 47 m s vector to the left

What is the resultant of a32 m/s vector to the rightand a47 m/s vector to the left


15 m s left

15 m/s left

Return to board


What is the resultant of a 3 m s vector north and a 4 m s vector east

What is the resultant of a3 m/s vector northand a4 m/s vector east


5 m s northeast

5 m/s Northeast

Return to board


What is the resultant of a 6 m s vector west and a 8 m s vector north

What is the resultant of a6 m/s vector westand a8 m/s vector north


10 m s northwest

10 m/s Northwest

Return to board


Unit 1 kinematics

A track athlete completes his race in 60 seconds, running an average speed of 6.7 m/s. What event was he running? (How far did he run?)


400 m

400 m

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A car drives 120 miles in 3 hours what is its average velocity

A car drives 120 miles in 3 hours. What is its average velocity.


40 miles per hour

40 miles per hour

Return to board


Unit 1 kinematics

If Mr. Szwast can run at a constant 8.00 miles per hour, how long will it take him to run a half marathon (13.1 miles)


1 64 hours 1 hour 38 minutes

1.64 hours(1 hour, 38 minutes)

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Unit 1 kinematics

A ball is thrown downward from the top of a bridge at 5.0 m/s. It hits the water below at 21 m/s. What is the average speed of the ball?


13 m s

13 m/s

Return to board


Unit 1 kinematics

A ball rolls down a hill from rest, accelerating at a constant 3.0 m/s2. How far does the ball roll in the first 4.0 seconds?


Unit 1 kinematics

24 m

Return to board


Unit 1 kinematics

An eraser is tossed straight up, released 1.1 meters above the ground at 4.9 m/s. Gravity accelerates it down at 9.8 m/s2. How long until the eraser reaches its highest point?


0 50 seconds

0.50 seconds


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