use the simulation for the experiment and make a laboratory report.

Link to the simulation: https://phet.colorado.edu/sims/html/collision-lab/latest/collision-lab_en.html

Safari File Edit View History Bookmarks Window Help s3.amazonaws.com > > A S https://s. PMET N Physics Lab Instructions PHYSICS Read and follow the steps to complete the investigation. A W Collisions Online Lab UT Click the "Intro" mode of the simulation. You will see two objects with green arrows, which show the direction of their velocity. 6 More Data Toward the bottom of the screen is a section where the masses of the objects can be changed. For now, leave them 4 0 50 at the default values of 0.50 kg for mass 1 and 1.50 kg for 1.50 mass 2. Click on "More Data" to show the position, velocity, 8 and momentum of these two objects. Velocity On the right of the screen is a section in which elasticity can O Momentum 9 O Change in Momentum be changed. Keep the slider at 100% elastic for the first part Center of Mass of this lab. Follow the instructions in the following tables to OKinetic Energy 10 explore elastic and inelastic collisions. Elasticity 100% 11 O) Constant Size 12 Elastic Collisions 1. Create a data table with rows for three trials. The data table will need to have the 13 following columns: momentum of object 1 before collision momentum of object 2 before collision sum of momenta for the objects before collision momentum of object 1 after collision momentum of object 2 after collision sum of the momenta for the objects after collision 2. For the first trial, use the default masses. The momentum for each object is shown when "More Data" is checked. On your data table, record the momentum of each object before collision. Add the momenta together to find the sum of the momenta before collision and record it on your data table. 3. Click the "Play" button and allow the objects to collide. After they collide, click the "Pause" button. On your data table, record the momentum of each object after collision and the sum of the momenta after collision. 14_4.9.doc NEXT PAGE b Page 8.F 4. Compare the sum of the momenta before collision to the sum of the momenta after colli- sion to determine if momentum is conserved