C Clever | Portal X myMCPS Classroom X M Inbox (82) - 459791@mcpsmd.ne x Copy of Inclined PlaneRolling_Lab X + V X -> C D A docs.google.com/document/d/1GbkYAzL-pjl-F-7UFtjLiLvDZB_OUD1zBEBfoo5-PG4/edit ... MCPS Resources _ Classroom @ History @ Frederick Douglass,.. Home | Naviance St.. Mail - Tsion Abza -... StudentVUE @ Heart Failure: Types.. Copy of InclinedPlaneRolling_LabReport_10march22 * 4 M Share File Edit View Insert Format Tools Add-ons Help Last edit was made 2 days ago by Jaiden Burney. 100% Normal text Arial - 11 + B J U A . C P O BEEBE ME E. EEX 31 13 . Gizmo Warm-up Time = 0.00 Do all round objects roll at the same rate, or does their distribution of mass make a difference? You can C explore this question with the Inclined Plane - Rolling Objects Gizmo. **Please make an AP Physics level hypothesis Ramp 1 that encompasses the entire set of objects and materials in this Gizmo. [1 point] All round objects do not roll at the same rate because of their distribution of mass and it has the effect of + On Ramp 1, select a Ring of Steel on a Frictionless ramp. On Ramp 2, select a Disk of Steel on a Frictionless ramp. Check that each ramp has an Angle of 20. OneDrive . . . X Screenshot saved The screenshot was added to your OneDrive. Reproduction for educational use only. Public sharing or posting is prohibited. 2019 ExploreLearning All rights reserved 78.F W P N 3:04 PM Sunny 4/26/2022 2C Clever | Portal X myMCPS Classroom X M Inbox (82) - 459791@mcpsmd.ne x Copy of Inclined PlaneRolling_Lab X + V X -> C D A docs.google.com/document/d/1GbkYAzL-pjl-F-7UFtjLiLvDZB_OUD1zBEBfoo5-PG4/edit ... MCPS Resources _ Classroom @ History @ Frederick Douglass,.. Home | Naviance St.. Mail - Tsion Abza -... StudentVUE @ Heart Failure: Types.. Copy of InclinedPlaneRolling_LabReport_10march22 * @ @ Share File Edit View Insert Format Tools Add-ons Help Last edit was made 2 days ago by Jaiden Burney. 100% Normal text Arial 11 + B J U A . G P O BEEBE ME E EEX A 31 1 1 1 1 1 1 1 1 7 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 1 1 1 1 1 . . 1. Click Play ()).What was the result of the race to the bottom? Both arrived at the same time C 2. On a frictionless ramp, neither object will roll. Instead, they will slide. Click Reset ( ) ), and change the material of each ramp to Wood. Click Play. Which object wins the race this time? Disk 3. Which object is similar to an empty tire? the ring Which is similar to a tire with a person inside of it? Disk + OneDrive . . . X Screenshot saved The screenshot was added to your OneDrive. 78 F W Sunny X O NA 3:04 PM 4/26/2022 2C Clever | Portal X myMCPS Classroom X M Inbox (82) - 459791@mcpsmd.ne x Copy of Inclined PlaneRolling_Lab X + V X -> C D A docs.google.com/document/d/1GbkYAzL-pjl-F-7UFtjLiLvDZB_OUD1zBEBfoo5-PG4/edit ... MCPS Resources _ Classroom @ History @ Frederick Douglass,.. Home | Naviance St.. Mail - Tsion Abza -.. StudentVUE @ Heart Failure: Types.. Copy of InclinedPlane Rolling_LabReport_10march22 * @ @ Share File Edit View Insert Format Tools Add-ons Help Last edit was made 2 days ago by Jaiden Burney. 100% Normal text Arial - 11 + B J U A . C P O BEEBE XB E. EEX A 31 1 1 1 1 1 1 1 1 1 17 1 1 1 1 Activity A: Get the Gizmo ready: Ring vs. block Click Reset . [11 points] For Ramp 1, choose a Block of Steel on an Ice ramp. For Ramp 2, choose a Ring of Steel on an Ice ramp C Introduction: A sliding object has a type of kinetic energy, called translational kinetic energy, which is equal to half the object's mass multiplied by the square of its velocity. A rotating object, such as a spinning top, has a different type of kinetic energy, called rotational kinetic energy. A rolling object has both translational and rotational kinetic energy. Question: How is potential energy converted to kinetic energy for a rolling object? 1. Predict: Which object do you think will reach the bottom of the ramp first? I think that the block + 2. Observe: Click Play. Which object reached the bottom first? The Block **How did the motion of the ring differ from that of the block? No explanation. (Observations) [1 point] The block just slid down the ramp which increased its speed, where as due to the rings rotation it slowed down. 3. Record: Select the ENERGY tab and turn on Show values. Complete the table below. OneDrive . . . X Object KE (translational) KE (rotational) Energy lost Screenshot saved Block 75 N/A 25 The screenshot was added to your OneDrive. Ring 50 50 78 F Sunny O P N 3:04 PM 4/26/2022 2C Clever | Portal X myMCPS Classroom X M Inbox (82) - 459791@mcpsmd.ne x Copy of Inclined PlaneRolling_Lab X + V X -> C D A docs.google.com/document/d/1GbkYAzL-pjl-F-7UFtjLiLvDZB_OUD1zBEBfoo5-PG4/edit ... MCPS Resources _ Classroom @ History @ Frederick Douglass,.. Home | Naviance St.. Mail - Tsion Abza -.. StudentVUE @ Heart Failure: Types.. Copy of InclinedPlane Rolling_LabReport_10march22 * @ @ Share File Edit View Insert Format Tools Add-ons Help Last edit was made 2 days ago by Jaiden Burney. 100% Normal text Arial - 11 + B J U A . G P O . BEEBE ME E. EEX A 31 1 1 1 1 1 1 1 1 1 2 1 5 3. Record: Select the ENERGY tab and turn on Show values. Complete the table below. Object KE (translational) KE (rotational) Energy lost Block 75 N/A 25 C Ring 50 50 4. **Analyze: Compare the energy distribution of each object at the bottom of the ramp. A. *Which object lost more energy to friction? No explanation. (Trend - Analysis) [1 point] a. The Block B. **Which object had more translational kinetic energy at the bottom? No explanation. (Trend - Analysis) [1 point] a. The Block + C. **If the ring lost so much less energy to friction than the block, why did it lose the race? Explain using physics concepts. (Discussion) [2 points] a. The rink lost less energy due to friction than the block because so much energy OneDrive . . . X 5. **Investigate: Does the angle of the ramp affect the results of a race between the block and the ring? Use the Gizmo to find out. Screenshot saved A. **Type your numbered procedure. (Procedure) [1 point] The screenshot was added to your a. 1. OneDrive. B. **Include data in table format, well-organized and easy to follow. (Data) [1 point] 78 F O P N 3:04 PM 2 Sunny 4/26/2022