Use euclids algorithm to find the hcf of 858 and 325. Express it in the form 858x*325y
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Answered by
7
Hi friend. ...........
Euclid's division lemma :- a = bq + r
Here , 858 > 325
So,
858 = 325 ×2 + 208
325 = 208 × 1 + 117
208 = 117 × 1 + 91
117 = 91 × 1 + 26
91 = 26 × 3 + 13
26 = 13 ×2 + 0
So HCF of 858 & 325 = 13
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Euclid's division lemma :- a = bq + r
Here , 858 > 325
So,
858 = 325 ×2 + 208
325 = 208 × 1 + 117
208 = 117 × 1 + 91
117 = 91 × 1 + 26
91 = 26 × 3 + 13
26 = 13 ×2 + 0
So HCF of 858 & 325 = 13
HOPE IT WILL HELP YOU. . . . . . . . . . . . .
PLZ MARK MY ANSWER AS BRAINLIEST AS SOON AS POSSIBLE! ! ! ! ! ! ! ! ! ! ! !
Anonymous:
its not 352 ... its 325
Answered by
0
Hi there !!
According to Euclid's Division Algorithm :-
a = bq +r
858 > 325
858 = 325 × 2 + 208
325 = 208 × 1 + 117
208 = 117 × 1 + 91
117 = 91 × 1 + 26
91 = 26 × 3 + 13
26 = 13 × 2 + 0
H.C.F = 13
According to Euclid's Division Algorithm :-
a = bq +r
858 > 325
858 = 325 × 2 + 208
325 = 208 × 1 + 117
208 = 117 × 1 + 91
117 = 91 × 1 + 26
91 = 26 × 3 + 13
26 = 13 × 2 + 0
H.C.F = 13
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