A planet � moves in a circular orbit around a Star named planet of mass �! =2.7 × 10"# kg as shown in figure 2. The period of the orbit is 14 days. Derive a suitable mathematical formula to calculate the radius of the orbit. 1. A stunt driver is attempting to "Loop to Loop" a car on a track in the shape of theloop shown in figure 1.initial positionFig. 1: GeoGebraThe loop has a radius r of 6.2 m and total mass of the car and driver is 870 kg. Ifthe car descends under its own weight before it enters the loop descends from avertical height of 7 m above the top of the loop, calculate:

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suitable mathematical formula to calculate the radius of the orbit.

College Physics

1st Edition

ISBN:9781938168000

Author:Paul Peter Urone, Roger Hinrichs

Publisher:Paul Peter Urone, Roger Hinrichs

Chapter6: Uniform Circular Motion And Gravitation

Section: Chapter Questions

Problem 7CQ: A number of amusement parks have rides that make loops like the one shown in Figure 6.33. For...

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Question

A planet � moves in a circular orbit around a Star named planet of mass �! =
2.7 × 10"# kg as shown in figure 2. The period of the orbit is 14 days. Derive
a suitable mathematical formula to calculate the radius of the orbit.

1. A stunt driver is attempting to "Loop to Loop" a car on a track in the shape of the
loop shown in figure 1.
initial position
Fig. 1: GeoGebra
The loop has a radius r of 6.2 m and total mass of the car and driver is 870 kg. If
the car descends under its own weight before it enters the loop descends from a
vertical height of 7 m above the top of the loop, calculate:

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