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In the Figure, M1 = 3 Kg, M2 = 8

Question 27

Multiple Choice

In the figure, m1 = 3 kg, m2 = 8 kg, and
M3 = 4 kg. The forces are In the figure, m<sub>1</sub> = 3 kg, m<sub>2</sub> = 8 kg, and M<sub>3</sub> = 4 kg. The forces are <sub>1</sub> = 1 N + 1 N , <sub>2</sub> = 1 N + 1 N , and <sub>3</sub> = -2 N . The acceleration of the center of mass is approximately A) 0.13 m/s<sup>2 </sup> B) 0.13 m/s<sup>2</sup> at an angle of 45º with the x axis C) 0.13 m/s<sup>2 </sup> <sup> </sup> <sup> </sup> D) 0.27 m/s<sup>2</sup> at an angle of 45º with the x axis E) 0.27 m/s<sup>2 </sup> <sup> </sup> <sup> </sup> 1 = 1 N In the figure, m<sub>1</sub> = 3 kg, m<sub>2</sub> = 8 kg, and M<sub>3</sub> = 4 kg. The forces are <sub>1</sub> = 1 N + 1 N , <sub>2</sub> = 1 N + 1 N , and <sub>3</sub> = -2 N . The acceleration of the center of mass is approximately A) 0.13 m/s<sup>2 </sup> B) 0.13 m/s<sup>2</sup> at an angle of 45º with the x axis C) 0.13 m/s<sup>2 </sup> <sup> </sup> <sup> </sup> D) 0.27 m/s<sup>2</sup> at an angle of 45º with the x axis E) 0.27 m/s<sup>2 </sup> <sup> </sup> <sup> </sup> + 1 N In the figure, m<sub>1</sub> = 3 kg, m<sub>2</sub> = 8 kg, and M<sub>3</sub> = 4 kg. The forces are <sub>1</sub> = 1 N + 1 N , <sub>2</sub> = 1 N + 1 N , and <sub>3</sub> = -2 N . The acceleration of the center of mass is approximately A) 0.13 m/s<sup>2 </sup> B) 0.13 m/s<sup>2</sup> at an angle of 45º with the x axis C) 0.13 m/s<sup>2 </sup> <sup> </sup> <sup> </sup> D) 0.27 m/s<sup>2</sup> at an angle of 45º with the x axis E) 0.27 m/s<sup>2 </sup> <sup> </sup> <sup> </sup> , In the figure, m<sub>1</sub> = 3 kg, m<sub>2</sub> = 8 kg, and M<sub>3</sub> = 4 kg. The forces are <sub>1</sub> = 1 N + 1 N , <sub>2</sub> = 1 N + 1 N , and <sub>3</sub> = -2 N . The acceleration of the center of mass is approximately A) 0.13 m/s<sup>2 </sup> B) 0.13 m/s<sup>2</sup> at an angle of 45º with the x axis C) 0.13 m/s<sup>2 </sup> <sup> </sup> <sup> </sup> D) 0.27 m/s<sup>2</sup> at an angle of 45º with the x axis E) 0.27 m/s<sup>2 </sup> <sup> </sup> <sup> </sup> 2 = 1 N In the figure, m<sub>1</sub> = 3 kg, m<sub>2</sub> = 8 kg, and M<sub>3</sub> = 4 kg. The forces are <sub>1</sub> = 1 N + 1 N , <sub>2</sub> = 1 N + 1 N , and <sub>3</sub> = -2 N . The acceleration of the center of mass is approximately A) 0.13 m/s<sup>2 </sup> B) 0.13 m/s<sup>2</sup> at an angle of 45º with the x axis C) 0.13 m/s<sup>2 </sup> <sup> </sup> <sup> </sup> D) 0.27 m/s<sup>2</sup> at an angle of 45º with the x axis E) 0.27 m/s<sup>2 </sup> <sup> </sup> <sup> </sup> + 1 N In the figure, m<sub>1</sub> = 3 kg, m<sub>2</sub> = 8 kg, and M<sub>3</sub> = 4 kg. The forces are <sub>1</sub> = 1 N + 1 N , <sub>2</sub> = 1 N + 1 N , and <sub>3</sub> = -2 N . The acceleration of the center of mass is approximately A) 0.13 m/s<sup>2 </sup> B) 0.13 m/s<sup>2</sup> at an angle of 45º with the x axis C) 0.13 m/s<sup>2 </sup> <sup> </sup> <sup> </sup> D) 0.27 m/s<sup>2</sup> at an angle of 45º with the x axis E) 0.27 m/s<sup>2 </sup> <sup> </sup> <sup> </sup> , and 3 = -2 N In the figure, m<sub>1</sub> = 3 kg, m<sub>2</sub> = 8 kg, and M<sub>3</sub> = 4 kg. The forces are <sub>1</sub> = 1 N + 1 N , <sub>2</sub> = 1 N + 1 N , and <sub>3</sub> = -2 N . The acceleration of the center of mass is approximately A) 0.13 m/s<sup>2 </sup> B) 0.13 m/s<sup>2</sup> at an angle of 45º with the x axis C) 0.13 m/s<sup>2 </sup> <sup> </sup> <sup> </sup> D) 0.27 m/s<sup>2</sup> at an angle of 45º with the x axis E) 0.27 m/s<sup>2 </sup> <sup> </sup> <sup> </sup> . The acceleration of the center of mass is approximately In the figure, m<sub>1</sub> = 3 kg, m<sub>2</sub> = 8 kg, and M<sub>3</sub> = 4 kg. The forces are <sub>1</sub> = 1 N + 1 N , <sub>2</sub> = 1 N + 1 N , and <sub>3</sub> = -2 N . The acceleration of the center of mass is approximately A) 0.13 m/s<sup>2 </sup> B) 0.13 m/s<sup>2</sup> at an angle of 45º with the x axis C) 0.13 m/s<sup>2 </sup> <sup> </sup> <sup> </sup> D) 0.27 m/s<sup>2</sup> at an angle of 45º with the x axis E) 0.27 m/s<sup>2 </sup> <sup> </sup> <sup> </sup>


A) 0.13 m/s2 In the figure, m<sub>1</sub> = 3 kg, m<sub>2</sub> = 8 kg, and M<sub>3</sub> = 4 kg. The forces are <sub>1</sub> = 1 N + 1 N , <sub>2</sub> = 1 N + 1 N , and <sub>3</sub> = -2 N . The acceleration of the center of mass is approximately A) 0.13 m/s<sup>2 </sup> B) 0.13 m/s<sup>2</sup> at an angle of 45º with the x axis C) 0.13 m/s<sup>2 </sup> <sup> </sup> <sup> </sup> D) 0.27 m/s<sup>2</sup> at an angle of 45º with the x axis E) 0.27 m/s<sup>2 </sup> <sup> </sup> <sup> </sup>
B) 0.13 m/s2 at an angle of 45º with the x axis
C) 0.13 m/s2
In the figure, m<sub>1</sub> = 3 kg, m<sub>2</sub> = 8 kg, and M<sub>3</sub> = 4 kg. The forces are <sub>1</sub> = 1 N + 1 N , <sub>2</sub> = 1 N + 1 N , and <sub>3</sub> = -2 N . The acceleration of the center of mass is approximately A) 0.13 m/s<sup>2 </sup> B) 0.13 m/s<sup>2</sup> at an angle of 45º with the x axis C) 0.13 m/s<sup>2 </sup> <sup> </sup> <sup> </sup> D) 0.27 m/s<sup>2</sup> at an angle of 45º with the x axis E) 0.27 m/s<sup>2 </sup> <sup> </sup> <sup> </sup>
D) 0.27 m/s2 at an angle of 45º with the x axis
E) 0.27 m/s2
In the figure, m<sub>1</sub> = 3 kg, m<sub>2</sub> = 8 kg, and M<sub>3</sub> = 4 kg. The forces are <sub>1</sub> = 1 N + 1 N , <sub>2</sub> = 1 N + 1 N , and <sub>3</sub> = -2 N . The acceleration of the center of mass is approximately A) 0.13 m/s<sup>2 </sup> B) 0.13 m/s<sup>2</sup> at an angle of 45º with the x axis C) 0.13 m/s<sup>2 </sup> <sup> </sup> <sup> </sup> D) 0.27 m/s<sup>2</sup> at an angle of 45º with the x axis E) 0.27 m/s<sup>2 </sup> <sup> </sup> <sup> </sup>

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