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Question 2 Not yet answered Marked out of 6.00 Flag question Consider the system shown in figure (a), where block A of mass 2.5 kg rests on block B of mass 6.2 kg. Coefficient of friction between blocks A/B=0.5. Force P=21 N is acting on block A, which results in motion of block B on the ground. Coefficient of friction between block B and the ground HB/ ground = 0.24. Knowing that the tension in the cable connecting blocks A and B is 14.98 N, Note that X₁+3X B = constant, calculate the followings: HA/B P MA Figure (a) A- Calculate speed of block A in m/sec after it has moved 1.7 m, If the system starts motion from rest. Choose... B- Calculate speed of block A in m/sec after 1.6 seconds, If the system starts motion from rest. Choose... C- Calculate speed of block B in m/sec after it has moved 0.75 m, If the system starts motion from rest. Choose... D- Calculate speed of block B in m/sec after 1.75 seconds, If the system starts motion from rest Choose... MB μB/Ground