If two positive integers p and q are written as p = a2b3 and q = a3b; a, b are primenumbers, then verify: lcm (p, q) × hcf (p, q) = pq
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Given :- p = a²b³
:- q = a³b
• HCF :- Product of the smallest power of each common prime factor in the number.
So,
HCF ( p , q ) = a² b
• LCM :- Product of the greatest power of each prime factors involved in the number.
So,
LCM ( p , q ) = a³b³
We have to verify :-
LCM ( p , q ) × HCF ( p , q )= product of pq
Taking LHS
LCM ( p , q ) × HCF ( p , q )
a³b³ × a²b
Now,
Taking RHS
Product of pq
a²b³ × a³b
Since LHS = RHS
Hence verified !!
@Altaf
:- q = a³b
• HCF :- Product of the smallest power of each common prime factor in the number.
So,
HCF ( p , q ) = a² b
• LCM :- Product of the greatest power of each prime factors involved in the number.
So,
LCM ( p , q ) = a³b³
We have to verify :-
LCM ( p , q ) × HCF ( p , q )= product of pq
Taking LHS
LCM ( p , q ) × HCF ( p , q )
a³b³ × a²b
Now,
Taking RHS
Product of pq
a²b³ × a³b
Since LHS = RHS
Hence verified !!
@Altaf
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3
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