660 lb/ft Find the force that pin D exerts on link BD. 550 lb/ft |Fp| = 5.4 ft ii) Find the components of the reaction force at B. Bx = + 4.5 ft ++ 4.5 ft→+ 7.2 ft * 6.6 ft B, = iii) Find the...


660 lb/ft<br>Find the force that pin D exerts on link BD.<br>550 lb/ft<br>|Fp| =<br>5.4 ft<br>ii) Find the components of the reaction force at B.<br>Bx =<br>+ 4.5 ft ++ 4.5 ft→+ 7.2 ft *<br>6.6 ft<br>B, =<br>iii) Find the components of the reaction force at A.<br>The frame above is comprised of three links, and is<br>A, =<br>fixed at A, pinned at B, and carries the distributed<br>A,<br>%3D<br>loads shown.<br>iv) Find the reaction moment at A.<br>MA =<br>

Extracted text: 660 lb/ft Find the force that pin D exerts on link BD. 550 lb/ft |Fp| = 5.4 ft ii) Find the components of the reaction force at B. Bx = + 4.5 ft ++ 4.5 ft→+ 7.2 ft * 6.6 ft B, = iii) Find the components of the reaction force at A. The frame above is comprised of three links, and is A, = fixed at A, pinned at B, and carries the distributed A, %3D loads shown. iv) Find the reaction moment at A. MA =

Jun 11, 2022
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