Three forces act on a machine part which is free to slide along a vertical, frictionless rod. Forces A and B have a magnitude of 20N and force C has a magnitude of 30 N. Force B acts a degrees from the horizontal, and force C acts at the same angle from the vertical. Determine the angle a required for equilibrium, and the magnitude and direction of the reaction force acting on the slider.
Three forces act on a machine part which is free to slide along a vertical, frictionless rod. Forces A and B have a magnitude of 20N and force C has a magnitude of 30 N. Force B acts a degrees from the horizontal, and force C acts at the same angle from the vertical. Determine the angle a required for equilibrium, and the magnitude and direction of the reaction force acting on the slider.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Find reaction force, direction left or right, Reaction force and angle
Transcribed Image Text:Three forces act on a machine part which is free to slide
along a vertical, frictionless rod. Forces A and B have a
magnitude of 20 N and force C has a magnitude of 30 N.
Force B acts a degrees from the horizontal, and force C
acts at the same angle from the vertical.
Determine the angle a required for equilibrium, and the
magnitude and direction of the reaction force acting on the
slider.
Transcribed Image Text:A
В
C
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