use Euclids division algorithm to find the HCF of 441, 567, 693
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Euclid's division Lemma (algorithm) to fine HCF of (441, 567, 693)
Consider a = 693 b = 567 and c = 441
By Euclid's division lemma,
a = bq + r (as dividend = divisor * quotient + remainder)
First consider two numbers a = 693 and b = 567
693 = 567 * 1 + 126 (r not equals to 0)
567 = 126 * 4 + 63 (r not equals to 0)
126 = 63 * 2 + 0 ( r is equal to 0)
Stop here.
HCF of 693, 567 = 63.
Now find HCF of (441, 63)
where c = 441 and assume d = 63
Again apply Euclid's division lemma
c = dq + r
441 = 63 * 7 + 0 (r is equal to 0)
Therefore, HCF of 441 and 63 is 63.
Therefore, HCF of 441, 567 and 693 is 63.
Euclid's division Lemma (algorithm) to fine HCF of (441, 567, 693)
Consider a = 693 b = 567 and c = 441
By Euclid's division lemma,
a = bq + r (as dividend = divisor * quotient + remainder)
First consider two numbers a = 693 and b = 567
693 = 567 * 1 + 126 (r not equals to 0)
567 = 126 * 4 + 63 (r not equals to 0)
126 = 63 * 2 + 0 ( r is equal to 0)
Stop here.
HCF of 693, 567 = 63.
Now find HCF of (441, 63)
where c = 441 and assume d = 63
Again apply Euclid's division lemma
c = dq + r
441 = 63 * 7 + 0 (r is equal to 0)
Therefore, HCF of 441 and 63 is 63.
Therefore, HCF of 441, 567 and 693 is 63.
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