(Solved): The bell-crank mechanism is in cquilibrium for an appliod lasd of F1=11kN appliod at A. Assume ...

The bell-crank mechanism is in cquilibrium for an appliod lasd of $$F_1=11\mathrm{kN}$$ appliod at $$A$$. Assume $$a=250\mathrm{mm},b=100\mathrm{mm},c=$$ $$90\mathrm{mm}$$, and $$?=40^{?}$$. Pin $$B$$ is in a doubleshear connection and has a d ameser of $$29\mathrm{mm}$$. The beli crank has a thickness of $$31\mathrm{mm}$$. Determine the shear stress in pin $$B$$. Express your answer in MPa rounded to the nearest hundrodths. Answer, Blank 1 Blank Question 10 The bell-crank mechanism is in cquilbrium for an appliod lasd of $$F_1=11\mathrm{kN}$$ appliod at $$A$$. Assume $$a=250\mathrm{mm},b=100\mathrm{mm},c=$$ $$90\mathrm{mm}$$, and $$?=40^{?}$$. Fin $$B$$ is in a doubleshear connection and has a dameser of $$29\mathrm{mm}$$. The bell crank has a thickness of $$31\mathrm{mm}$$. Determine the besring stress in the beil crank at B. Express your anawer in MPa rounded to the nearest hundredths. Answer, Blank 1 Blan