11. Astronomers use the gravitational wobble of a star to indicate the presence ofplanets outside our solar system. Astronomers specifically look for planets in the6.67 X 10 kghabitable zone of 1.6 X 1011 m away from the star.1.07 X 1015 kgCalculate the mass of a planet that exerts a 1.5 X1013 N force on a 5.4 X 1030 kg star.1.00 X 107 kg1.30 X 1045 kgCLEAR ALLO 11O 12O 131514( PREVIOUS10DII%23&356.8erydjkCVn

Answered: Image /qna-images/answer/1b416696-d899-427c-827e-24dc33423714.jpg

11. Astronomers use the gravitational wobble of a star to indicate the presence of planets outside our solar system. Astronomers specifically look for planets in the habitable zone of 1.6 X 1011 m away from the star. O 6.67 X 10 kg O 1.07 X 1015 kg Calculate the mass of a planet that exerts a 1.5 X1013 N force on a 5.4 X 1030 kg star. O 1.00 X 1017 kg 1.30 X 1045 kg CLEAR ALL O9 O 10 O 12 O 13 O 14 O 15 O11 ( PREVIOUS DO DII %23 %24 & 3 5 6 e t d f j k C V m 00

11. Astronomers use the gravitational wobble of a star to indicate the presence of planets outside our solar system. Astronomers specifically look for planets in the habitable zone of 1.6 X 1011 m away from the star. O 6.67 X 10 kg O 1.07 X 1015 kg Calculate the mass of a planet that exerts a 1.5 X1013 N force on a 5.4 X 1030 kg star. O 1.00 X 1017 kg 1.30 X 1045 kg CLEAR ALL O9 O 10 O 12 O 13 O 14 O 15 O11 ( PREVIOUS DO DII %23 %24 & 3 5 6 e t d f j k C V m 00

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. Astronomers use the gravitational wobble of a star to indicate the presence of
planets outside our solar system. Astronomers specifically look for planets in the
6.67 X 10 kg
habitable zone of 1.6 X 1011 m away from the star.
1.07 X 1015 kg
Calculate the mass of a planet that exerts a 1.5 X1013 N force on a 5.4 X 1030 kg star.
1.00 X 107 kg
1.30 X 1045 kg
CLEAR ALL
O 11
O 12
O 13
15
14
( PREVIOUS
10
DII
%23
&
3
5
6.
8
e
r
y
d
j
k
C
V
n

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