The mass of block B is 92 kg while that of A is 55 kg. A horizontal force P= 407N is applied at block A. The cutting angle is 29.876°. Neglect friction. Computation must observe D'alemberts principle. 1. Determine the normal force of contact between block A and B. (Express answer in terms of N or KN) 2. Determine the acceleration of Block A. (express answer in terms of meters per square seconds) 3. Determine the acceleration of block B. ( express answer in terms of meters per square seconds)
The mass of block B is 92 kg while that of A is 55 kg. A horizontal force P= 407N is applied at block A. The cutting angle is 29.876°. Neglect friction. Computation must observe D'alemberts principle. 1. Determine the normal force of contact between block A and B. (Express answer in terms of N or KN) 2. Determine the acceleration of Block A. (express answer in terms of meters per square seconds) 3. Determine the acceleration of block B. ( express answer in terms of meters per square seconds)
Physics for Scientists and Engineers: Foundations and Connections
1st Edition
ISBN:9781133939146
Author:Katz, Debora M.
Publisher:Katz, Debora M.
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The mass of block B is 92 kg while that of A is 55 kg. A horizontal force P= 407N is applied at block A. The cutting angle is 29.876°. Neglect friction. Computation must observe D'alemberts principle. 1. Determine the normal force of contact between block A and B. (Express answer in terms of N or KN) 2. Determine the acceleration of Block A. (express answer in terms of meters per square seconds) 3. Determine the acceleration of block B. ( express answer in terms of meters per square seconds)
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