The thread is tied to two blocks of masses mi and m2 as shown in Figure...

 

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The thread is tied to two blocks of masses mi and m2 as shown in Figure 2. The first block slides on the horizontal surface, second one moves on a ramp with a slope a. A friction coefficient for both blocks is u. Find a function - a dependence of accelerations of the blocks on the slope a. m, my The thread is tied to two blocks of masses mi and m2 as shown in Figure 2. The first block slides on the horizontal surface, second one moves on a ramp with a slope a. A friction coefficient for both blocks is u. Find a function - a dependence of accelerations of the blocks on the slope a. m, my The thread is tied to two blocks of masses mi and m2 as shown in Figure 2. The first block slides on the horizontal surface, second one moves on a ramp with a slope a. A friction coefficient for both blocks is u. Find a function - a dependence of accelerations of the blocks on the slope a. m, my The thread is tied to two blocks of masses mi and m2 as shown in Figure 2. The first block slides on the horizontal surface, second one moves on a ramp with a slope a. A friction coefficient for both blocks is u. Find a function - a dependence of accelerations of the blocks on the slope a. m, my

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Analyzing the system Heres how we can approach the problem to find the acceleration dependence on th... View the full answer