Pls help ASAP and pls do nicely. Would it be possible to launch an object horizontally, near the moon's surface, sothat it orbits the moon? (Let's consider that there is no air resistance there.) Giventhat the magnitude of the gravitational field at the moon's surface is approximately1/6 that at the Earth's surface, determine:Question 3 (1 point)a) the centripetal acceleration of that object in orbit;O 1.6 m/s2O9.8 m/s2O 4.8 m/s?O 11.3 m/s2Question 4 (1 point)b) the speed necessary for the object to orbit the moon. Given: radius of the moon =1,740 km.O 1.7 km/sO 2.6 km/s1.2 km/sO 3.2 km/s c) Get how many times the speed of sound would the speed of an object have to befor that object to orbit the Earth near its surface (disregarding all air resistance).Given: radius of Earth = 6,400 km; speed of sound = 340 m/s8 timesO 23 times18 timesO5 times

Here, we are given a few problems related to related to motion of object around earth or moon. Let's…

c) Get how many times the speed of sound would the speed of an object have to be for that object to orbit the Earth near its surface (disregarding all air resistance). Given: radius of Earth = 6,400 km; speed of sound = 340 m/s %3. 8 times O 23 times O 18 times 5 times

c) Get how many times the speed of sound would the speed of an object have to be for that object to orbit the Earth near its surface (disregarding all air resistance). Given: radius of Earth = 6,400 km; speed of sound = 340 m/s %3. 8 times O 23 times O 18 times 5 times

Glencoe Physics: Principles and Problems, Student Edition

1st Edition

ISBN:9780078807213

Author:Paul W. Zitzewitz

Publisher:Paul W. Zitzewitz

Chapter5: Displacement And Force In Two Dimensions

Section: Chapter Questions

Problem 75A

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Question

100%

Pls help ASAP and pls do nicely.

Would it be possible to launch an object horizontally, near the moon's surface, so
that it orbits the moon? (Let's consider that there is no air resistance there.) Given
that the magnitude of the gravitational field at the moon's surface is approximately
1/6 that at the Earth's surface, determine:
Question 3 (1 point)
a) the centripetal acceleration of that object in orbit;
O 1.6 m/s2
O9.8 m/s2
O 4.8 m/s?
O 11.3 m/s2
Question 4 (1 point)
b) the speed necessary for the object to orbit the moon. Given: radius of the moon =
1,740 km.
O 1.7 km/s
O 2.6 km/s
1.2 km/s
O 3.2 km/s

c) Get how many times the speed of sound would the speed of an object have to be
for that object to orbit the Earth near its surface (disregarding all air resistance).
Given: radius of Earth = 6,400 km; speed of sound = 340 m/s
8 times
O 23 times
18 times
O5 times

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