Unit 9 Activity 3 To show and then play a movie, click on the arrow or the movie title/description. Repeat to hide it. Exploration #1, STEP 2a: Approximately equal mass carts push each other apart. Exploration #1, STEP 2a: Approximately equal mass carts push each other apart. Exploration #1, STEP 2b: Different mass carts push each other apart. Exploration #1, STEP 2b: Different mass carts push each other apart. Exploration #1, STEP 5: Simulation of two 5 kg balls pushed apart by an exploder (spring). Exploration #1, STEP 5: Simulation of two 5 kg balls pushed apart by an exploder (spring). Exploration #1, STEP 6a: Simulation of 4 kg and 8 kg balls pushed apart by an exploder (spring). Exploration #1, STEP 6a: Simulation of 4 kg and 8 kg balls pushed apart by an exploder (spring). Exploration #1, STEP 6b: Simulation of 10 kg and 5 kg balls pushed apart by an exploder (spring). Exploration #1, STEP 6b: Simulation of 10 kg and 5 kg balls pushed apart by an exploder (spring). Exploration #2, STEP 2: Below are 12 different cases of collisions between two carts under various conditions. Your instructor may assign you two to work on, or else choose two of your own. Case 1: Rebound collision, one cart moving, one cart at rest, approximately equal masses. Case 1: Rebound collision, one cart moving, one cart at rest, approximately equal masses. Case 2: Head-on rebound collision, both carts moving, approximately equal masses. Case 2: Head-on rebound collision, both carts moving, approximately equal masses. Case 3: Rear-end rebound collision, both carts moving, approximately equal masses. Case 3: Rear-end rebound collision, both carts moving, approximately equal masses. Case 4: Rebound collision, one cart moving, one cart at rest, different masses. Case 4: Rebound collision, one cart moving, one cart at rest, different masses. Case 5: Head-on rebound collision, both carts moving, different masses. Case 5: Head-on rebound collision, both carts moving, different masses. Case 6: Rear-end rebound collision, both carts moving, different masses. Case 6: Rear-end rebound collision, both carts moving, different masses. Case 7: Sticky collision, one cart moving, one cart at rest, approximately equal masses. Case 7: Sticky collision, one cart moving, one cart at rest, approximately equal masses. Case 8: Head-on sticky collision, both carts moving, approximately equal masses. Case 8: Head-on sticky collision, both carts moving, approximately equal masses. Case 9: Rear-end sticky collision, both carts moving, approximately equal masses. Case 9: Rear-end sticky collision, both carts moving, approximately equal masses. Case 10: Sticky collision, one cart moving, one cart at rest, different masses. Case 10: Sticky collision, one cart moving, one cart at rest, different masses. Case 11: Head-on sticky collision, both carts moving, different masses. Case 11: Head-on sticky collision, both carts moving, different masses. Case 12: Rear-end sticky collision, both carts moving, different masses. Case 12: Rear-end sticky collision, both carts moving, different masses. Return to Unit 9 Resources Page Copyright © 2020 LEAP