1) textbook problem 3.2, A double Atwood machine is shown in Fig. 3.12, with masses m1, m2, and m3. Find the acceleration of the masses. 2) textbook problem 3.26. You can start with the results from the first problem and use that as a starting point for this homework (be careful of the names of the masses in the two diagrams). In the Atwood machine shown in Fig 3.19, what should M be, in terms of the other masses, so that it doesn't move. sol oll M m₁ m2
1) textbook problem 3.2, A double Atwood machine is shown in Fig. 3.12, with masses m1, m2, and m3. Find the acceleration of the masses. 2) textbook problem 3.26. You can start with the results from the first problem and use that as a starting point for this homework (be careful of the names of the masses in the two diagrams). In the Atwood machine shown in Fig 3.19, what should M be, in terms of the other masses, so that it doesn't move. sol oll M m₁ m2
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Transcribed Image Text:1) textbook problem 3.2, A double Atwood machine is shown in Fig. 3.12, with
masses m1, m2, and m3. Find the acceleration of the masses.
2) textbook problem 3.26. You can start with the results from the first problem
and use that as a starting point for this homework (be careful of the names of
the masses in the two diagrams). In the Atwood machine shown in Fig 3.19,
what should M be, in terms of the other masses, so that it doesn't move.
3) textbook problem 3.8, A block of mass m is held motionless on a
frictionless plane of mass M and angle of inclination theta (see Fig
3.16). The plane rests on a frictionless horizontal surface. The block is
released. What is the horizontal acceleration of the plane?
solloll
M
M
mi m₂
m
0
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