Question

if HCF of 55 and 99 is expressible in the form of 55-99 then the value of m is..
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Answer 1

According to the given data, we have to find the value of m,

if the $HCF$ of $55$ and $99$ are expressible which is in the form of $55-99$

For that, we have to find the prime factorization,

So, Prime factorization of

Prime factorization of

$HCF(55,99) = 11$

Now,

$=>55m - 99 = 11$

$=>55m = 99 + 11$

$=>55m = 110$

Therefore the value of m is

Answer 2

Answer:

HCF(55,99) = 11. m = 2. Therefore the value of m = 2

Step-by-step explanation: