Question: You are given a rectangular block of length L, width W and height H. L is sufficiently larger than W and H and dimensions L

You are given a rectangular block of length L, width W and height H. L is sufficiently larger than W and H and dimensions L and H are in-plane, i.e. "on paper". What would be the stress for a pure axial load P applied to the L dimension? How do you calculate for a pure bending moment M applied in-plane to this block

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