use Euclids division algorithm to find the hcf of 12576 and 4052
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3
12576=4052*3+420
4052=420*9+272
272=148*1+124
148=124*1+24
124=24*5+4
24=4*6+0
hcf is 4
4052=420*9+272
272=148*1+124
148=124*1+24
124=24*5+4
24=4*6+0
hcf is 4
Answered by
1
Hey mate !!
Here's your answer !!
Euclid 's division lemma : a = bq + r
where a is any positive integer
b is the divisor
q is the quotient
r is the remainder

Hence 4 is the HCF of 12576 and 4052
Hope this helps !!
Cheers !!
Here's your answer !!
Euclid 's division lemma : a = bq + r
where a is any positive integer
b is the divisor
q is the quotient
r is the remainder
Hence 4 is the HCF of 12576 and 4052
Hope this helps !!
Cheers !!
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