hello , can you please help I'm not sure if you can access the lab somewhere but there is a video there.

_XSI :5JI Lul YouTube Apple Bing Yahoo ra.. * Dashboard C qattachments_leDee28c56974b. I'llcollisions in two dimensions pivo. + Show Inline Question View Save & Close Submit for Grading Score: 0/2 9. What could account for any energy loss that might have occurred? BIUFREE .HA Score: 0/1 10. If you were to conduct this experiment, what could you do to minimize the energy lost? BIU FEES Score: 0/1 MacBook Air F12 F10 F11 F6 F8 * delete O O COing Yahoo *Dashboard C gattachments_leDee28c56974b. -collisions in two dimensions pivo. + Show Inline Question View ave & Close Submit for Grading ()7. Using initial momentum, calculate the velocity of the small green puck just before the collision. Hint: Type in or upload a clear picture of your full solution. * BIUEEZE Score: 0/1 8. Determine if the collision is elastic or inelastic. If there was energy lost determine how much. Hint: Type in or upload a clear picture of your full solution. BIU FEE Score: 0/2 ) 9. What could account for any energy loss that might have occurred? MacBook Air G F10 F11 F12 F7 F8 F9@ 1. Watch the video. Practice using the play. pause, and rewind features. You will be taking measurements fat the section of the video from when the collision a point of your choosing after the collision when the pucks are still in view. V Click the tool panel (top right of video) to see the measurement tools available and practice us them to get familiar with how they work. i u r 2. On a piece of paper diagram the position of the pucks right before and after collision. Use the tools to take measurements such as the position (horizontal and vertical) of the punks right before the collision and then after the collision so that you can calculate their change in position (displacementi But sure to measure from the centre of each puck. Your values should be to one decimal place Measure the time of the interaction (from collision to where ever you stopped it after) so you can } calculate total time. This should be recorded to four decimal places. ' Take a picture of your labeled diagram with values and upload it below. Be sure it is very clear andi can read the values; 1 Hint: Use this as a template diagram Meme Time at collismn = , L Time at final posutlon = (m r '1 ' (In 1 \\4 V N I LCL :9 CI" 1i 1"" ading 13. Using the measurements from your diagram, calculate the total displacement of each puck. Hint: Write out a full solution including vector diagrams with your calculations. You may type it in or upload a clear picture of your solution. U Score: 0/2 )4. Calculate the velocity of each puck after the collision. Hint: Type it in or upload a clear picture of your full solution. Score: 0/1 MacBook Air G F12 F8 F9 F10 F11 delete O COI'll collisions in two dimensions pivo. + Show Inline Question View Save & Close Submit for Grading 5. Calculate the horizontal and vertical components of the velocities of each puck after the collision. Hint: Type in or upload a clear picture of your solution. I U Score: 0/2 6. Using the Law of Conservation of Momentum, calculate the initial momentum of the small green puck just before the collision. Hint: Start with initial momentum in the x and y. Type in or upload a clear picture of your full solution. Score: 0/2 MacBook Air G DII F11 F12 F8 F10 F7 F9 + 11 delete O O