If P is a orthogonal matrix and Q=PAP^T and x=P^T Q^1000 P then x^(-1) is where A is involuntary

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Ifis an orthogonal matrix and Q=P A P^T and x=P^T Q^1000 P, then x^-1 is, where A is involutary m... Ifis an orthogonal matrix and Q=P A P^T and x=P^T Q^1000 P, then x^-1 is, where A is involutary m...
If \( P \) is an orthogonal matrix and \( Q=P A P^{T} \) and \( \mathrm{x}=P^{T} Q^{1000} P \), .... If \( P \) is an orthogonal matrix and \( Q=P A P^{T} \) and \( \mathrm{x}=P^{T} Q^{1000} P \), ....
If \(P\) is an orthogonal matrix and \(\mathrm{Q}=P A P^T\) and \(x=P^T \mathrm{Q}^{1000}\) \(P\.... If \(P\) is an orthogonal matrix and \(\mathrm{Q}=P A P^T\) and \(x=P^T \mathrm{Q}^{1000}\) \(P\....
AA^{T}=BB^{T} implies A=BP where P is an orthogonal matrix AA^{T}=BB^{T} implies A=BP where P is an orthogonal matrix
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