can you please help me solve this as preparation for qual You are asked to solve below plate problem of an oblique edge crack $($first figure on the left$).$ The plate has width b and thickness t$.$ Also d is the crack size, $\backslash$theta is the crack orientation, P is the applied force in tension and e is the eccentricity of the force P$.$ You are given basic solutions available from linear fracture mechanics for i$)$ middle figure$-$ applied uniform tensile stress S$,$ and ii$)$ rightmost figure$-$ bending moment M $($associated maximum stress SM$)$ when the crack of size a is oriented as shown $(\backslash$theta $=0).($Fs and Fm are correction factors as function a$/$b ratio associated with the loading$).$

Please show what would be your approach to find stress intensity factor K for this problem.asic solutions: $K=F_{s}S\sqrt[\phantom{2}]{a}$

$K=F_m{S}_M\sqrt[\phantom{2}]{a}$