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4. In the figure we see two blocks connected by a string and tied to a wall, with 8 = 34.0°. The mass of the lower block is m = 1.65 kg; the mass of the upper block is 6.00 kg. Find the tension in the string that is tied to the wall. N 16 celló certo ceiló ceilo ceil6 coilo ceil6 ceiló ceilo

4. In the figure we see two blocks connected by a string and tied to a wall, with 8 = 34.0°. The mass of the lower block is m = 1.65 kg; the mass of the upper block is 6.00 kg. Find the tension in the string that is tied to the wall. N 16 celló certo ceiló ceilo ceil6 coilo ceil6 ceiló ceilo

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4. In the figure we see two blocks connected by a string and tied to a wall, with 8 = 34.0°. The mass of the lower block is m = 1.65 kg; the mass of the upper block is 6.00 kg. Find the tension in the string that is tied to the wall. N 3 E 20 4 R 888 F4 16 cei intelle % 5 T MacBook Air & 7 ad F7 8 DII ( 9 16 ceil6 ccrló ceiló ceilo ecil6 celló ceil6 ceiló ceiló c FO P
Transcribed Image Text:4. In the figure we see two blocks connected by a string and tied to a wall, with 8 = 34.0°. The mass of the lower block is m = 1.65 kg; the mass of the upper block is 6.00 kg. Find the tension in the string that is tied to the wall. N 3 E 20 4 R 888 F4 16 cei intelle % 5 T MacBook Air & 7 ad F7 8 DII ( 9 16 ceil6 ccrló ceiló ceilo ecil6 celló ceil6 ceiló ceiló c FO P
Expert Solution
Introduction:

We are given 2 blocks. We are given their masses. We are given angle of string tied with wall. The system is in equilibrium. We apply equilibrium conditions along vertical. We hence find tension in the string tied to wall.

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