If two positive integers p and q are written as p= a²b³ and q= a³b; a, b are prime numbers, then verify: LCM (p, q) × HCF (p, q) = pq
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heya
it's too easy .
first of all factorization method apply.
a^2b^3=a*a*b*b=p
a^3b=a*a*a*b=q
lcm (p, q)=a*a*b*a*b*b
lcm(p,q)=a^3b^3
and hcf(p,q)=a*a*b.
hcf (p,q)=a^2b
lcm*hcf=product of their no.
a^3b^3*a^2b=a^2b^3*a^3b
a^6*b^4=a^6*b^4
lhs=Rhs
hence here prooved that
product of hcf*lcm=product of their no.
hope it help you
@rajukumar1☺
it's too easy .
first of all factorization method apply.
a^2b^3=a*a*b*b=p
a^3b=a*a*a*b=q
lcm (p, q)=a*a*b*a*b*b
lcm(p,q)=a^3b^3
and hcf(p,q)=a*a*b.
hcf (p,q)=a^2b
lcm*hcf=product of their no.
a^3b^3*a^2b=a^2b^3*a^3b
a^6*b^4=a^6*b^4
lhs=Rhs
hence here prooved that
product of hcf*lcm=product of their no.
hope it help you
@rajukumar1☺
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