Question

The mechanism is subjected to a horiz. force shown. Members ACE \$ BCD are each 600m long \& are pinned together @center C. The end connector B of BCD can slide in a groove w/ rough surface w/ coefficent of static friction = to 0.3. Determine the friction force @ connector B that can be induced due to imposed horiz. force 800N at verge of sliding/impending of B.

          The mechanism is subjected to a horiz. force shown. Members ACE \$ BCD are each
600m long \& are pinned together @center C. The end connector B of BCD can
slide in a groove w/ rough surface w/ coefficent of static friction = to 0.3. Determine
the friction force @ connector B that can be induced due to imposed horiz. force
800N at verge of sliding/impending of B.

The mechanism is subjected to a horiz. force shown. Members ACE $ BCD are each
600m long & are pinned together @center C. The end connector B of BCD can
slide in a groove w/ rough surface w/ coefficent of static friction = to 0.3. Determine
the friction force @ connector B that can be induced due to imposed horiz. force
800N at verge of sliding/impending of B.

Added by Richard B.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Kamalesh Bagrecha

03/26/2022

Step 1

The moment is given by the formula: Moment = Force * Distance In this case, the distance is given as 300 mm, which is equal to 0.3 meters. Therefore, the moment about point C is: Moment = 800 N * 0.3 m = 240 Nm Show more…

Show all steps

Thanks for your feedback!

Texts: The answer is 157.94 N. Just please show me how to get there. Thanks! The mechanism is subjected to a horizontal force shown. Members ACE and BCD are each the function of Q connector B that can be induced due to 90 imposed horizontal force 800 N at the verge of sliding/impending of B. 300 mm 800 N 300