The mass of block B is 95kg while that of A is 59kg. A horizontal force P=468N is applied at block A. The cutting angle is 30.296 degrees. Neglect friction. Computations must observe D`Alembert's Principle. a) Determine the normal force of contact between block A and block B. Express answer in Newtons or KiloNewtons. b) Determine the acceleration of block A. Express answer in meters per seconds. c) Determine the acceleration of block B. Express answer in meters per seconds.
The mass of block B is 95kg while that of A is 59kg. A horizontal force P=468N is applied at block A. The cutting angle is 30.296 degrees. Neglect friction. Computations must observe D`Alembert's Principle. a) Determine the normal force of contact between block A and block B. Express answer in Newtons or KiloNewtons. b) Determine the acceleration of block A. Express answer in meters per seconds. c) Determine the acceleration of block B. Express answer in meters per seconds.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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The mass of block B is 95kg while that of A is 59kg. A horizontal force P=468N is applied at block A. The cutting angle is 30.296 degrees. Neglect friction. Computations must observe D`Alembert's Principle.
a) Determine the normal force of contact between block A and block B. Express answer in Newtons or KiloNewtons.
b) Determine the acceleration of block A. Express answer in meters per seconds.
c) Determine the acceleration of block B. Express answer in meters per seconds.
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