lo2
Can this be written.
<br /> \[<br /> \det{\textbf{A}}=a_{11}a'_{11}+a_{12}a'_{12}+\ldots+a_{1n}a'{1n}<br /> \]<br /> <br />
As. (Where I just use p instead of n for obvious reasons)
<br /> \[<br /> \sum^{n}_{p=1}{a_{1p}a'_{1p}}<br /> \]<br />
Since.
<br /> \[<br /> a'_{ij}=(-1)^{i+j}(\det{\textbf{A}_{ij}})<br /> \]<br />
And yes we are talking determinants.
<br /> \[<br /> \det{\textbf{A}}=a_{11}a'_{11}+a_{12}a'_{12}+\ldots+a_{1n}a'{1n}<br /> \]<br /> <br />
As. (Where I just use p instead of n for obvious reasons)
<br /> \[<br /> \sum^{n}_{p=1}{a_{1p}a'_{1p}}<br /> \]<br />
Since.
<br /> \[<br /> a'_{ij}=(-1)^{i+j}(\det{\textbf{A}_{ij}})<br /> \]<br />
And yes we are talking determinants.
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