Find the HCF of 65 and 117 and find a pair of integral values of m and n such that HCF = 65 ^m + 117^n ?
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Answered by
8
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By Euclid's division algorithm
117 = 65x1 + 52.
65 = 52x1 + 13
52 = 13x4 + 0
Therefore 13 is the HCF (65, 117).
Now work backwards:
13 = 65 + 52x(-1)
13 = 65 + [117 + 65x(-1)]x(-1)
13 = 65x(2) + 117x(-1).
∴ m = 2 and n = -1.
Answered by
3
Step-by-step explanation:
the principal amount be equal to P. Let the rate at which the interest is levied is equal to R% per annum (per year). let the time for which the amount is lent = T years. Then we can write:
Simple Interest = [{P×R×T}/100]
We can also calculate the Principal amount as P = [{100×(Simple Interest)}/(R×T)].
Similarly, we can write the time T as equal to T
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