W411.13 11for the precision of this problem, the values are similar.)What is the average force between a cricket bat and ball during collision? For this rough calculation, let's assume that the ball's initial and final velocities with respect tothe bat are antiparallel and have magnitudes of about 100 kph. Suppose the collision lasts about 1 ms. A cricket ball has a mass of 0.16 kg.The average force between bat and ball isN. Do not use exponent notation.(I'm using conservative values here: bowlers (the people who deliver the ball to batsmen) bowl at over 150 kph and, even though air resistance slows the ball downconsiderably by the time it reaches the batsman, the bat is often travelling rapidly in the other direction. So both velocities used here are probably exceeded substantiallyin professional games. I'm guessing that, because the cricket ball is hard, the collision might last less about 1 ms.)The Earth is 8 light minutes from the sun and the speed of light is 3 x 10° m.s¯1. Let's assume that earth's orbit is exactly circular. Its mass is 5.972 x 1024 kg.Using the values given above (and your knowledge about time units), determine the magnitude of the gravitational force that the Sun exerts on the Earth.The magnitude of the force is newtons.Format: if your answer is 2 x 10° N, enter 2*10^3 (and do think about significant figures) How does the force that the Sun exerts on the Earth compare with the Earth's force on the sun?O The magnitude of the force the earth exerts on the sun equals that of the force that the sun exerts on the earth.O The magnitude of the force the earth exerts on the sun exceeds that of the force that the sun exerts on the earth.The magnitude of the force the earth exerts on the sun is less than that of the force that the sun exerts on the earth.

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Answered: W4 11.13

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Physics

W4 11.13

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Question

11.13

11
for the precision of this problem, the values are similar.)
What is the average force between a cricket bat and ball during collision? For this rough calculation, let's assume that the ball's initial and final velocities with respect to
the bat are antiparallel and have magnitudes of about 100 kph. Suppose the collision lasts about 1 ms. A cricket ball has a mass of 0.16 kg.
The average force between bat and ball is
N. Do not use exponent notation.
(I'm using conservative values here: bowlers (the people who deliver the ball to batsmen) bowl at over 150 kph and, even though air resistance slows the ball down
considerably by the time it reaches the batsman, the bat is often travelling rapidly in the other direction. So both velocities used here are probably exceeded substantially
in professional games. I'm guessing that, because the cricket ball is hard, the collision might last less about 1 ms.)
The Earth is 8 light minutes from the sun and the speed of light is 3 x 10° m.s¯1. Let's assume that earth's orbit is exactly circular. Its mass is 5.972 x 1024 kg.
Using the values given above (and your knowledge about time units), determine the magnitude of the gravitational force that the Sun exerts on the Earth.
The magnitude of the force is newtons.
Format: if your answer is 2 x 10° N, enter 2*10^3 (and do think about significant figures)

How does the force that the Sun exerts on the Earth compare with the Earth's force on the sun?
O The magnitude of the force the earth exerts on the sun equals that of the force that the sun exerts on the earth.
O The magnitude of the force the earth exerts on the sun exceeds that of the force that the sun exerts on the earth.
The magnitude of the force the earth exerts on the sun is less than that of the force that the sun exerts on the earth.

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