Determine the normal stress and shear stress acting on the inclined plane
AB
given:
\sigma x=185 psi \sigma y=245 psi \tau _(xy)=190 psi

\phi
is 25 degrees Note: Stress magnitudes are given above, use the stress directions shown in the figure. normal stress: 50 psi, shear stress: -99 psi normal stress: 89 psi, shear stress: 145 psi normal stress: 380 psi, shear stress: 99 psi normal stress: 341 psi, shear stress: -145 psi ) normal stress: 89 psi, shear stress: -145 psi normal stress: 50 psi, shear stress: 99 psi

Question

Determine the normal stress and shear stress acting on the inclined plane

AB

given:

\sigma x=185 psi 
\sigma y=245 psi 
\tau _(xy)=190 psi

\phi

is 25 degrees Note: Stress magnitudes are given above, use the stress directions shown in the figure. normal stress: 50 psi, shear stress: -99 psi normal stress: 89 psi, shear stress: 145 psi normal stress: 380 psi, shear stress: 99 psi normal stress: 341 psi, shear stress: -145 psi ) normal stress: 89 psi, shear stress: -145 psi normal stress: 50 psi, shear stress: 99 psi

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