2. Consider problem 1 above. How would the value you found for I change if the Earth's year were only half as long (i.e. 182.5 days instead of 365 days)? (a) The value of I would double. (b) The value of I would be half. (c) The value of I would not change. (d) The value of I would quadruple. (e) The value of I would be one quarter.

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Chapter8: Rotational Equilibrium And Dynamics
Section: Chapter Questions
Problem 68P: A 60.0-kg woman stands at the rim of a horizontal turntable having a moment of inertia of 500 kg m2...
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Please answer question 2 and Please answer steps clearly thank you!
1. Determine the moment of inertia I of the Earth on its path around the Sun. Use the
following values:
Mass of the Earth: Mp = 6· 1024 kg
Radius of the Earth's orbit around the Sun: RES = 150 · 106 km
(a) I = 1.35 · 1041 kg m²
(b) I= 5.4 · 1046 kg · m2
(c) I= 6.75 1046 kg · m²
(d) I = 1.35 · 1047 kg · m²
2. Consider problem 1 above. How would the value you found for I change if the Earth's
year were only half as long (i.e. 182.5 days instead of 365 days)?
(a) The value of I would double.
(b) The value of I would be half.
(c) The value of I would not change.
(d) The value of I would quadruple.
(e) The value of I would be one quarter.
3. Consider problem 1 above. How would the value you found for I change if the radius
of the Earth's path around the Sun would be only half as large (i.e. 75 · 106 km
instead of 150 · 106 km)?
94
Transcribed Image Text:1. Determine the moment of inertia I of the Earth on its path around the Sun. Use the following values: Mass of the Earth: Mp = 6· 1024 kg Radius of the Earth's orbit around the Sun: RES = 150 · 106 km (a) I = 1.35 · 1041 kg m² (b) I= 5.4 · 1046 kg · m2 (c) I= 6.75 1046 kg · m² (d) I = 1.35 · 1047 kg · m² 2. Consider problem 1 above. How would the value you found for I change if the Earth's year were only half as long (i.e. 182.5 days instead of 365 days)? (a) The value of I would double. (b) The value of I would be half. (c) The value of I would not change. (d) The value of I would quadruple. (e) The value of I would be one quarter. 3. Consider problem 1 above. How would the value you found for I change if the radius of the Earth's path around the Sun would be only half as large (i.e. 75 · 106 km instead of 150 · 106 km)? 94
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