A force F acts to the right on a 6.4 kg block.A 3.43 kg block is stacked on top of the 6.4 kgblock and can slide on it with a coefficient of1. 40.725412. 22.0506friction of u1 =0.2 between the blocks. Bothpulleys are massless and frictionless. Thestring is also massless.Note the axle of the upper pulley is free tomove so it will accelerate to the left as the6.4 kg block accelerates to the right. Thinkcarefully about the magnitude of that axle'sacceleration. The axle of the lower pulley isfixed at the position shown.The table has a coefficient of friction of3. 49.393639O 4. 56.6483085. 39.322021O 6. 31.94706O 7, 42.29855H2 =0.19.The acceleration of gravity is 9.8 m/s8. 48.740013O 9. 32.9379583.43 kgFO 10. 34.2118686.4 kg12Find the force F required to accelerate the6.4 kg block at 1.7 m/s. (Hint: How manyfrictional forces are on the 6.4 kg block?)Answer in units of N.

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