Two blocks of unequal mass (m^ < mg) are placed on a frictionless surface. Block A...

 

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Two blocks of unequal mass (m^ < mg) are placed on a frictionless surface. Block A is pushed horizontally with a constant force as shown B Frictionless table A. [8 points] In the space provided below, draw a separate free-body diagram for each block. Include the following in your diagram: the object on which the force acts, the object exerting the force, and the type of force (normal, frictional, gravitational, etc.) B. [3 points] Identify any third law force pairs. Free-body diagram for Block A Free-body diagram for Block B C. [4 points] How does the net force on block A compare to the net force on block B? D. [5 points] The hand applies a force of 0.9 N, the mass of block A is 1 kg, and the mass of block B is 2 kg. Determine the acceleration of block B. Show your work. Two blocks of unequal mass (m^ < mg) are placed on a frictionless surface. Block A is pushed horizontally with a constant force as shown B Frictionless table A. [8 points] In the space provided below, draw a separate free-body diagram for each block. Include the following in your diagram: the object on which the force acts, the object exerting the force, and the type of force (normal, frictional, gravitational, etc.) B. [3 points] Identify any third law force pairs. Free-body diagram for Block A Free-body diagram for Block B C. [4 points] How does the net force on block A compare to the net force on block B? D. [5 points] The hand applies a force of 0.9 N, the mass of block A is 1 kg, and the mass of block B is 2 kg. Determine the acceleration of block B. Show your work.