Unit 3 Activity 2: Relationships between graphs To show and then play a movie, click on the arrow or the movie title/description. Repeat to hide it. Exploration #1, STEP 2a: Recording velocity and acceleration graphs for a cart being pushed along a track by a fan. Exploration #1, STEP 2a: Recording velocity and acceleration graphs for a cart being pushed along a track by a fan. Exploration #1, STEP 2b: Finding the area under a section of the acceleration-time graph for the cart in the previous movie. Exploration #1, STEP 2b: Finding the area under a section of the acceleration-time graph for the cart in the previous movie. Exploration #1, STEP 2c: Finding the initial and final velocities for the same time period as the previous movie. Exploration #1, STEP 2c: Finding the initial and final velocities for the same time period as the previous movie. Exploration #1, STEP 2d: Finding the area under a different section of the acceleration-time graph. Exploration #1, STEP 2d: Finding the area under a different section of the acceleration-time graph. Exploration #1, STEP 2e: Finding the initial and final velocities for the second time period. Exploration #1, STEP 2e: Finding the initial and final velocities for the second time period. Exploration #1, STEP 3a: Recording velocity and acceleration graphs for a cart being slowed by a fan as it moves along a track. Exploration #1, STEP 3a: Recording velocity and acceleration graphs for a cart being slowed by a fan as it moves along a track. Exploration #1, STEP 3b: Finding the initial and final velocities over a period of time for the cart in the previous movie. Exploration #1, STEP 3b: Finding the initial and final velocities over a period of time for the cart in the previous movie. Exploration #1, STEP 3c: Finding the area under the acceleration-time graph for the same time period. Exploration #1, STEP 3c: Finding the area 'under' the acceleration-time graph for the same time period. Exploration #1, STEP 4: Simulation of acceleration-time graph with corresponding velocity-time graph. Exploration #1, STEP 4: Simulation of acceleration-time graph with corresponding velocity-time graph. Exploration #2, STEP 2a: Recording position and velocity graphs for a cart given a quick push along a track. Exploration #2, STEP 2a: Recording position and velocity graphs for a cart given a quick push along a track. Exploration #2, STEP 2b: Finding the area under the velocity-time graph and the initial and final positions for a chosen period of time from the graphs in the previous movie. Exploration #2, STEP 2b: Finding the area under the velocity-time graph and the initial and final positions for a chosen period of time from the graphs in the previous movie. Exploration #2, STEP 2c: Finding the area under the velocity-time graph and the initial and final positions for a different period of time from the same graphs. Exploration #2, STEP 2c: Finding the area under the velocity-time graph and the initial and final positions for a different period of time from the same graphs. Exploration #2, STEP 3: Simulation of velocity-time graph with corresponding position-time graph for motion at constant velocity. Exploration #2, STEP 3: Simulation of velocity-time graph with corresponding position-time graph for motion at constant velocity. Exploration #2, STEP 4a: Recording position and velocity graphs for a cart being pushed along a track by a fan. Exploration #2, STEP 4a: Recording position and velocity graphs for a cart being pushed along a track by a fan. Exploration #2, STEP 4b: Finding the initial and final positions and the area under the velocity-time graph for a chosen period of time from the graphs in the previous movie. Exploration #2, STEP 4b: Finding the initial and final positions and the area under the velocity-time graph for a chosen period of time from the graphs in the previous movie. Exploration #2, STEP 5: Simulation of velocity-time graph with corresponding position-time graph for motion at increasing velocity. Exploration #2, STEP 5: Simulation of velocity-time graph with corresponding position-time graph for motion at increasing velocity. Return to Unit 3 Resources Page Copyright © 2020 LEAP