Creada por

Eric D Norman

Estados Unidos

Este juego es una version de

Velocity vs Time Graphs: Interpreting Velocity, Acceleration and Momentum


Froggy Jumps Lesson Review: Reading Velocity and Distance Time GraphsVersión en línea Practice reading velocity-time graphs. Calculate acceleration and momentum from the graph. por Eric D Norman 1 Based on the graph, during which time interval does the player have a positive acceleration? a 0 - 3 seconds b 3 - 5 seconds c 5 - 9 seconds 2 Based on the graph, during which time interval does the player have a constant velocity? a 0 - 3 seconds b 3 - 5 seconds c 9 - 10 seconds 3 Based on the graph, at what time does the player come to a stop? a 3 seconds b 7 seconds c 9 seconds 4 Based on the graph, what is the player's acceleration between 0 - 3 seconds? a 0.5 m/s^2 b 1 m/s^2 c 2 m/s^2 5 The graph shows changes in the speed of a bus. What is the acceleration for the first 5 seconds? a 2 m/s^2 b 5 m/s^2 c 10 m/s^2 6 The graph shows changes in the speed of a bus. At what time did the bus come to a stop? a 5 seconds b 13 seconds c 21 seconds 7 The graph shows changes in the speed of a bus. What is the acceleration between 10-13 seconds? a -3.33 m/s^2 b -5 m/s^2 c 10 m/s^2 8 Which time interval is the motorcycle speeding up? a 0-5 seconds b 5-10 seconds c never 9 Based on the graph, at what time are the car and motorcycle traveling at the same velocity? a At t=1 second b At t = 5 second c At t=8 seconds 10 Based on the graph, when is the car traveling faster than the motorcycle? a 4-8 seconds b 8-10 seconds c never 11 Based on the graph, what is the car's average acceleration from 0-10 seconds? a 0.5 m/s^2 b 1.0 m/s^2 c 2.0 m/s^2 12 Based on the graph, what is the motorcycles's average acceleration from 0-5 seconds? a 0.5 m/s^2 b 1.0 m/s^2 c 2.0 m/s^2 13 The following is a graph of a runner. How far did he/she run over the first 12 seconds? a 4 m/s b 10 m c 40 m 14 The following is a graph of a runner. What is her/his speed between 0 and 10 seconds? a 40 m/s b 4 m/s c 10 m/s 15 Which of the following is true about this person's motion over the first 10 seconds? a The person is speeding up. b The person is moving at a constant speed. c She is not moving. 16 Based on the graph, how long was this person stationary? a 60 seconds b 45 seconds c 15 seconds 18 Based on the graph, what was the total distance this person traveled during the journey? a 90 meters b 30 meters c 60 meters 19 In this graph, what was the average speed for Segment C? a 5 m/s^2 b 3 m/s^2 c 1m/s^2 20 What was the speed of the first hour of the trip? a 40 m/s b 50 m/s c 0 m/s

Froggy Jumps

Lesson Review: Reading Velocity and Distance Time GraphsVersión en línea

Practice reading velocity-time graphs. Calculate acceleration and momentum from the graph.

por Eric D Norman

Based on the graph, during which time interval does the player have a positive acceleration?

0 - 3 seconds

3 - 5 seconds

5 - 9 seconds

Based on the graph, during which time interval does the player have a constant velocity?

0 - 3 seconds

3 - 5 seconds

9 - 10 seconds

Based on the graph, at what time does the player come to a stop?

3 seconds

7 seconds

9 seconds

Based on the graph, what is the player's acceleration between 0 - 3 seconds?

0.5 m/s^2

1 m/s^2

2 m/s^2

The graph shows changes in the speed of a bus. What is the acceleration for the first 5 seconds?

2 m/s^2

5 m/s^2

10 m/s^2

The graph shows changes in the speed of a bus. At what time did the bus come to a stop?

5 seconds

13 seconds

21 seconds

The graph shows changes in the speed of a bus. What is the acceleration between 10-13 seconds?

-3.33 m/s^2

-5 m/s^2

10 m/s^2

Which time interval is the motorcycle speeding up?

0-5 seconds

5-10 seconds

never

Based on the graph, at what time are the car and motorcycle traveling at the same velocity?

At t=1 second

At t = 5 second

At t=8 seconds

Based on the graph, when is the car traveling faster than the motorcycle?

4-8 seconds

8-10 seconds

never

Based on the graph, what is the car's average acceleration from 0-10 seconds?

0.5 m/s^2

1.0 m/s^2

2.0 m/s^2

Based on the graph, what is the motorcycles's average acceleration from 0-5 seconds?

0.5 m/s^2

1.0 m/s^2

2.0 m/s^2

The following is a graph of a runner. How far did he/she run over the first 12 seconds?

4 m/s

10 m

40 m

The following is a graph of a runner. What is her/his speed between 0 and 10 seconds?

40 m/s

4 m/s

10 m/s

Which of the following is true about this person's motion over the first 10 seconds?

The person is speeding up.

The person is moving at a constant speed.

She is not moving.

Based on the graph, how long was this person stationary?

60 seconds

45 seconds

15 seconds

Based on the graph, what was the total distance this person traveled during the journey?

90 meters

30 meters

60 meters

In this graph, what was the average speed for Segment C?

5 m/s^2

3 m/s^2

1m/s^2

What was the speed of the first hour of the trip?

40 m/s

50 m/s

0 m/s

Lesson Review: Reading Velocity and Distance Time Graphs

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Lesson Review: Reading Velocity and Distance Time GraphsVersión en línea

por Eric D Norman

Based on the graph, during which time interval does the player have a positive acceleration?

Based on the graph, during which time interval does the player have a constant velocity?

Based on the graph, at what time does the player come to a stop?

Based on the graph, what is the player's acceleration between 0 - 3 seconds?

The graph shows changes in the speed of a bus. What is the acceleration for the first 5 seconds?

The graph shows changes in the speed of a bus. At what time did the bus come to a stop?

The graph shows changes in the speed of a bus. What is the acceleration between 10-13 seconds?

Which time interval is the motorcycle speeding up?

Based on the graph, at what time are the car and motorcycle traveling at the same velocity?

Based on the graph, when is the car traveling faster than the motorcycle?

Based on the graph, what is the car's average acceleration from 0-10 seconds?

Based on the graph, what is the motorcycles's average acceleration from 0-5 seconds?

The following is a graph of a runner. How far did he/she run over the first 12 seconds?

The following is a graph of a runner. What is her/his speed between 0 and 10 seconds?

Which of the following is true about this person's motion over the first 10 seconds?

Based on the graph, how long was this person stationary?

Based on the graph, what was the total distance this person traveled during the journey?

In this graph, what was the average speed for Segment C?

What was the speed of the first hour of the trip?