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A strut of length l has its ends built into a material which exerts a constraining couple equal to k times the angular rotation in radians. show that the buckling load p is given by the equation \tan(
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A strut of length l has its ends built into a material which exerts a constraining couple equal to k times the angular rotation in radians. show that the buckling load p is given by the equation


\tan( \alpha )l / 2 = p / \alpha k \: \: and \: \: \alpha { \}^(2)


\alpha
​

User Ashcatch
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Answer:

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Step-by-step explanation:

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User Manoharan
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