1. Consider the three masses shown, M1, M2, and M3. (Note the diagram is not to scale.) It is known that M3 = 4M₁. If the distance between M₁ and M2 is R₁, the distance between M₂ and M3 is R2, and the magnitude of the force of gravity between M₁ and M2 is the same as the magnitude of the ad of anit force of gravity between M2 and M3, which of the following must be true? A. R₂ = 2R1 B. R₂ = ½½R₁ M₁ M2 M3 0 C. R₂ = 4R₁ wob 9001 s slv Inamqiupe dil to signals lluq gnl mid 2992 albAMM svom of 916 de anittag siduos) anive D. We could not know any of the above without knowing the mass of M2. ne ad blow
1. Consider the three masses shown, M1, M2, and M3. (Note the diagram is not to scale.) It is known that M3 = 4M₁. If the distance between M₁ and M2 is R₁, the distance between M₂ and M3 is R2, and the magnitude of the force of gravity between M₁ and M2 is the same as the magnitude of the ad of anit force of gravity between M2 and M3, which of the following must be true? A. R₂ = 2R1 B. R₂ = ½½R₁ M₁ M2 M3 0 C. R₂ = 4R₁ wob 9001 s slv Inamqiupe dil to signals lluq gnl mid 2992 albAMM svom of 916 de anittag siduos) anive D. We could not know any of the above without knowing the mass of M2. ne ad blow
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Chapter2: Vectors
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Problem 2.9CYU: Check Your Understanding Suppose that Balto in Example 2.10 leaves the game to attend to more...
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Transcribed Image Text:1. Consider the three masses shown, M1, M2, and M3. (Note the diagram is not to scale.) It is
known that M3 = 4M₁. If the distance between M₁ and M2 is R₁, the distance between M₂ and
M3 is R2, and the magnitude of the force of gravity
between M₁ and M2 is the same as the magnitude of the
ad of
anit
force of gravity between M2 and M3, which of the
following must be true?
A. R₂ = 2R1
B. R₂ = ½½R₁
M₁
M2
M3
0
C. R₂ = 4R₁ wob 9001 s slv Inamqiupe dil to signals lluq gnl
mid 2992 albAMM svom of 916 de anittag siduos) anive
D. We could not know any of the above without knowing the mass of M2.
ne ad blow
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