Use this VR Simulation Link to Complete this Activity: https://go.zspace.com/?qlcode=A463 Activity Overview Kinetic energy transfer happens everywhere, even at the miniature golf course. For example, when you must bank the ball off of two obstacles, you can expect it to slow down on its way to the hole, thanks to the transfer of energy when it collides. Students will predict the speed of a bowling ball before and after multiple collisions with deflectors. They will make connections between the ball's speed and its kinetic energy. Essential Questions 1. How does force affect the motion of an object? 2. How is the motion of an object affected by contact with other objects? 3. How is energy transferred through contact between two objects? Objectives . Predict the motion and speed of a bowling ball before and after each collision with a deflector . Determine the speed of the bowling ball before and after each collision . Use the values of the bowling ball's speed at various intervals to demonstrate the concept of energy transfer into and out of objects . Present oral or written arguments to support or refute the given explanation or model for the phenomenon of kinetic energy transfer Upload your completed worksheet below