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With the blocks initially at rest, the force P is increased slowly from zero to 96 lb. Plot the accelerations of both masses as functions of P. Then answer the questions. H = 0.33 HE = 0.28 69 lb Hg = 0.28] He = 0.23 86 lb Questions: If P = 26 lb, aA = ft/sec2. aB = ft/sec2 i i If P = 68 lb, aA = ft/sec2. aB = ft/sec2 i i If P = 92 lb, aa = ft/sec2, ft/sec2 i aB =

With the blocks initially at rest, the force P is increased slowly from zero to 96 lb. Plot the accelerations of both masses as functions of P. Then answer the questions. H = 0.33 HE = 0.28 69 lb Hg = 0.28] He = 0.23 86 lb Questions: If P = 26 lb, aA = ft/sec2. aB = ft/sec2 i i If P = 68 lb, aA = ft/sec2. aB = ft/sec2 i i If P = 92 lb, aa = ft/sec2, ft/sec2 i aB =

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With the blocks initially at rest, the force Pis increased slowly from zero to 96 lb. Plot the accelerations of both masses as functions of P. Then answer the questions. Hs = 0.33 HR = 0.28 69 lb Hs = 0.28 H = 0.23 B 86 lb P Questions: If P = 26 lb, aA = ft/sec2, i ft/sec2 i aB = If P = 68 lb, aA = ft/sec2. aB= ft/sec2 %3D If P = 92 lb, aA = ft/sec2. aB = i ft/sec2 %3D
Transcribed Image Text:With the blocks initially at rest, the force Pis increased slowly from zero to 96 lb. Plot the accelerations of both masses as functions of P. Then answer the questions. Hs = 0.33 HR = 0.28 69 lb Hs = 0.28 H = 0.23 B 86 lb P Questions: If P = 26 lb, aA = ft/sec2, i ft/sec2 i aB = If P = 68 lb, aA = ft/sec2. aB= ft/sec2 %3D If P = 92 lb, aA = ft/sec2. aB = i ft/sec2 %3D
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