4) Calculate the acceleration a body in freefall near the surface of Venus would experience. Enter the magnitude of the acceleration in standard units, and do not include the unit in the answer text. Inspecting the result of your calculation for the Venus-Sun gravitational interaction, how would you expect the force the Sun exerts on Venus to change if some magical being could make the following changes to the way our solar system is configured. Anything not mentioned is assumed to remain unchanged from the original, true configuration. Select the answers to problems 5-8 from the following list of choices. A) the force increases by a factor of eight B) the force increases by a factor of three C) the force increases by a factor of two D) the force will remain unchanged E) the force decreases by a factor of two F) the force decreases by a factor of three G) the force decreases by a factor of eight 5) The mass of the Sun increases by a factor of two. 6) The mass of the Sun decreases by a factor of three.

4) Calculate the acceleration a body in freefall near the surface of Venus would experience. Enter the magnitude of the acceleration in standard units, and do not include the unit in the answer text. Inspecting the result of your calculation for the Venus-Sun gravitational interaction, how would you expect the force the Sun exerts on Venus to change if some magical being could make the following changes to the way our solar system is configured. Anything not mentioned is assumed to remain unchanged from the original, true configuration. Select the answers to problems 5-8 from the following list of choices. A) the force increases by a factor of eight B) the force increases by a factor of three C) the force increases by a factor of two D) the force will remain unchanged E) the force decreases by a factor of two F) the force decreases by a factor of three G) the force decreases by a factor of eight 5) The mass of the Sun increases by a factor of two. 6) The mass of the Sun decreases by a factor of three.

Name: Can you please do 4-8.Thank you gravitational force between our Sun an
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Description: Can you please do 4-8.Thank you gravitational force between our Sun and the planet Venus. Select the bestanswer from the list below.A) 5.52234 x 102 NB) 5.9729 x 10" NC) 1.06749x1038 ND) 1.76392 x 101 NE) 6.77585 x 10"NF) 7.32869 x 10"NG) 5.52234 x 1

Physics for Scientists and Engineers: Foundations and Connections

1st Edition

ISBN:9781133939146

Author:Katz, Debora M.

Publisher:Katz, Debora M.

Chapter7: Gravity

Section: Chapter Questions

Problem 65PQ

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