1. The Atwood's Machine in Fig. 3.19 consists of two pulleys and three masses M, m1, and m2. Given that the strings and pulleys are massless, what should be: a. The tensions in the upper and lower string b. The value of M, in terms of m¡ and m2, so that M does not move?
1. The Atwood's Machine in Fig. 3.19 consists of two pulleys and three masses M, m1, and m2. Given that the strings and pulleys are massless, what should be: a. The tensions in the upper and lower string b. The value of M, in terms of m¡ and m2, so that M does not move?
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The Atwood’s Machine in Fig. 3.19 consists of two pulleys and three masses M, m1, and m2. Given that the strings and pulleys are massless, what should be:
a. The tensions in the upper and lower string
b. The value of M, in terms of m1 and m2, so that M does not move?
Define all the variables used and show your complete solution.
Transcribed Image Text:1. The Atwood's Machine in Fig. 3.19 consists of two pulleys and three masses M,
m¡, and m2. Given that the strings and pulleys are massless, what should be:
a. The tensions in the upper and lower string
b. The value of M, in terms of m, and m2, so that M does not move?
Transcribed Image Text:M
m1
m2
Fig. 3.19
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