Rikki edited div_First_notice_that_nbsp__.html  about 8 years ago

Commit id: 7d9bb105d745b19ddda2d07ee53923dc2681f759

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First, notice that \(\left(14,19\right)=1\). We can find a solution to data-equation="14x+19y=1">\(14x+19y=1\).
 data-equation="14x+19y=1">\(14x+19y=1\).
By playing around with different numbers, we get our solutions to be \(x=-4\) and \(y=3\).
We now have all our values: \(m_1=14,m_2=19,a_1=3,a_2=7,x=-3,y=7\) and can now solve \(N=m_1a_2x+m_2a_1y\).
\(N=\left(14\cdot7\cdot-3\right)+\left(19\cdot3\cdot7\right)\)
     \(=-294+399\)
     \(=105\)
So \(N=105\), however, our unique solution is up to our desried modulus which is \(14\cdot19=266\).
Thus, \(N=105\) (\(mod\) \(266\)).