- Your Answers Be Sure To Click On Store My Answers At The Time 0 Top View Of Turntable X 0 3 Y 0 End Animation Play 1 (58.11 KiB) Viewed 29 times
- Your Answers Be Sure To Click On Store My Answers At The Time 0 Top View Of Turntable X 0 3 Y 0 End Animation Play 2 (67.28 KiB) Viewed 29 times
- Your Answers Be Sure To Click On Store My Answers At The Time 0 Top View Of Turntable X 0 3 Y 0 End Animation Play 3 (55 KiB) Viewed 29 times
- Your Answers Be Sure To Click On Store My Answers At The Time 0 Top View Of Turntable X 0 3 Y 0 End Animation Play 4 (61.81 KiB) Viewed 29 times
- Your Answers Be Sure To Click On Store My Answers At The Time 0 Top View Of Turntable X 0 3 Y 0 End Animation Play 5 (54.53 KiB) Viewed 29 times
- Your Answers Be Sure To Click On Store My Answers At The Time 0 Top View Of Turntable X 0 3 Y 0 End Animation Play 6 (36.71 KiB) Viewed 29 times
- Your Answers Be Sure To Click On Store My Answers At The Time 0 Top View Of Turntable X 0 3 Y 0 End Animation Play 7 (43.39 KiB) Viewed 29 times
ar answers, be sure to click on Store My Answers at t Time: 1 top view of turntable X:+0.3. y:+0 play pause <<step sp>> reset a turntable (a flat disk) of mass 5.0-kg rotating at a constant s et with the outer edge. (position of a point on the outer edge of d time is shown in seconds). Friction between your finger and e to stop. Run Animation ial angular speed of the disk (before the finger slows it down)?
your answers, be sure to click on Store My Answer= Time: 1.58 top view of turntable X:+0.3. y:-0.001 play pause <<step step>> reset s of a turntable (a flat disk) of mass 5.0-kg rotating at a consta ntact with the outer edge. (position of a point on the outer edge s and time is shown in seconds). Friction between your finger ar able to stop. Run Animation e initial angular speed of the disk (before the finger slows it down)? ec sec
your answers, be sure to click on Store My Answers at t Time: 2.62 top view of turntable X:+0.299 y:-0.025 play pause <<step step>> reset is of a turntable (a flat disk) of mass 5.0-kg rotating at a constant contact with the outer edge. (position of a point on the outer edge of Ts and time is shown in seconds). Friction between your finger and ntable to stop. Run Animation e initial angular speed of the disk (before the finger slows it down)? Jsec ad/sec ad/sec
your answers, be sure to click on Store My Answers at the E Time: 3.5 top view of turntable X:+0.249 y:+0.168 play pause <<step step>> reset is of a turntable (a flat disk) of mass 5.0-kg rotating at a constant s -ontact with the outer edge. (position of a point on the outer edge of =rs and time is shown in seconds). Friction between your finger and ntable to stop. rad/sec rad/sec Run Animation he initial angular speed of the disk (before the finger slows it down)? /sec rad/sec
5) What is the angular displacement of the disk after the finger comes in contact with it 08.5 rad 09.6 rad 0114 rad 13.2 rad 17.8 rad 6) Explain how you calculated the above answer. 7) What is the angular acceleration of the disk after the finger comes in contact with it? 03.4 rad/sec² 06.1 rad/sec² 08.2 rad/sec² Ⓒ10.1 rad/sec² 12.8 rad/sec² 8) Explain how you calculated the above answer. 9) What is the average torque on the turntable caused by the frictional force? O02N m 009N m 14N*m 02.2 N*m O38Nm 10) Explain how you calculated the above answer. Store My Answers Parkland Colleg
e animation is of a turntable (a flat disk) of mass 5.0-kg rotating at a constant speed when a ger makes contact with the outer edge. (position of a point on the outer edge of the turntabl own in meters and time is shown in seconds). Friction between your finger and the turntable uses the turntable to stop. Run Animation What is the initial angular speed of the disk (before the finger slows it down)? 08 rad/sec 12.6 rad/sec 14.2 rad/sec O16.1 rad/sec 017.8 rad/sec 2) Explain how you calculated the above answer. 3) What is the initial speed of a point on the outer rim of the disk? 03.7 m/sec 05.6 m/sec 07.2 m/sec O 10.1 m/sec 011.8 m/sec 4) Explain how you calculated the above answer. 5) What is the angular displacement of the disk after the finger comes in contact with it 08.5 rad 09.6 rad O114 rad 13.2 rad esc e 990 BOD