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M Review The three parallel bolting forces act on the circular plate (Figure 1). Part A If the force at A has a magnitude of F- 400 lb, determine the magnitudes of Fn and Fe so that the resultant force of the system FR has a line of action that colncides with the y axis Hint: This requires EM, =0 and M, 0. Express your answers in pounds. Enter your answers numerically separated by a comma. vec Figure < 1 of 1 lb Fn Fe Submit Request Answer IC Fc < Return to Assignment Provide Feedback 1.5 ft

M Review The three parallel bolting forces act on the circular plate (Figure 1). Part A If the force at A has a magnitude of F- 400 lb, determine the magnitudes of Fn and Fe so that the resultant force of the system FR has a line of action that colncides with the y axis Hint: This requires EM, =0 and M, 0. Express your answers in pounds. Enter your answers numerically separated by a comma. vec Figure < 1 of 1 lb Fn Fe Submit Request Answer IC Fc < Return to Assignment Provide Feedback 1.5 ft

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Review The three parallel bolting forces act on the circular plate (Figure 1). Part A If the force at A has a magnitude of F= 400 lb, determine the magnitudes of Fn and Fe so that the resultant force of the system FR has a line of action that colncides with the y axis. Hint. This requires EM, = 0 and M, 0. Express your answers in pounds. Enter your answers numerically separated by a comma. vec Figure < 1 of 1 lb Fn Fe= Submit Request Answer IC Fc < Return to Assignment Provide Feedback 1.5 ft 145
Transcribed Image Text:Review The three parallel bolting forces act on the circular plate (Figure 1). Part A If the force at A has a magnitude of F= 400 lb, determine the magnitudes of Fn and Fe so that the resultant force of the system FR has a line of action that colncides with the y axis. Hint. This requires EM, = 0 and M, 0. Express your answers in pounds. Enter your answers numerically separated by a comma. vec Figure < 1 of 1 lb Fn Fe= Submit Request Answer IC Fc < Return to Assignment Provide Feedback 1.5 ft 145
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