Find the HCF of 65 and 117 and find a pair of integral values of m and n such that HCF=65m+117n
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Step-by-step explanation:
By Euclid's division algorithm
117=65×1+52→(1)
65=52×1+13→(2)
52=13×4+0→(3)
Therefore 13 is HCF f (65,117)
Now going backward
13=65+52×(−1)
13=65+[117−65×1]×(−1)
[From (1)]
13=65×2+117×(−1)
∴m=2n=−1
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