If HCF and LCM of two terms a and b are x and y respectively and a+b=x+y then x²+y²=?
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If A & B are the HCF & LCM respectively of two algebraic expressions x and y, and A+B=x+y, then the value of A^3 + B^3
If A & B are the HCF & LCM respectively of two algebraic expressions x and y, and A+B=x+y, then the value of A^3 + B^3 If A & B are the HCF & LCM respectively of two algebraic expressions x and y, and A+B=x+y, then the value of A^3 + B^3 is?
If A & B are the HCF & LCM respectively of two algebraic expressions x and y, and A+B=x+y, then the value of A^3 + B^3 If A & B are the HCF & LCM respectively of two algebraic expressions x and y, and A+B=x+y, then the value of A^3 + B^3 is?we know that:-
If A & B are the HCF & LCM respectively of two algebraic expressions x and y, and A+B=x+y, then the value of A^3 + B^3 If A & B are the HCF & LCM respectively of two algebraic expressions x and y, and A+B=x+y, then the value of A^3 + B^3 is?we know that:-H.C.F×L.C.M.= product of two algebraic expressions.
If A & B are the HCF & LCM respectively of two algebraic expressions x and y, and A+B=x+y, then the value of A^3 + B^3 If A & B are the HCF & LCM respectively of two algebraic expressions x and y, and A+B=x+y, then the value of A^3 + B^3 is?we know that:-H.C.F×L.C.M.= product of two algebraic expressions.or. A.B= x.y………………….(1)
If A & B are the HCF & LCM respectively of two algebraic expressions x and y, and A+B=x+y, then the value of A^3 + B^3 If A & B are the HCF & LCM respectively of two algebraic expressions x and y, and A+B=x+y, then the value of A^3 + B^3 is?we know that:-H.C.F×L.C.M.= product of two algebraic expressions.or. A.B= x.y………………….(1)and. A+B=x+y………………..(2). (given)
If A & B are the HCF & LCM respectively of two algebraic expressions x and y, and A+B=x+y, then the value of A^3 + B^3 If A & B are the HCF & LCM respectively of two algebraic expressions x and y, and A+B=x+y, then the value of A^3 + B^3 is?we know that:-H.C.F×L.C.M.= product of two algebraic expressions.or. A.B= x.y………………….(1)and. A+B=x+y………………..(2). (given)or. (A+B)^3=(x+y)^3
If A & B are the HCF & LCM respectively of two algebraic expressions x and y, and A+B=x+y, then the value of A^3 + B^3 If A & B are the HCF & LCM respectively of two algebraic expressions x and y, and A+B=x+y, then the value of A^3 + B^3 is?we know that:-H.C.F×L.C.M.= product of two algebraic expressions.or. A.B= x.y………………….(1)and. A+B=x+y………………..(2). (given)or. (A+B)^3=(x+y)^3or. A^3+B^3+3.A.B(A+B)=x^3+y^3+3.xy.(x+y)
If A & B are the HCF & LCM respectively of two algebraic expressions x and y, and A+B=x+y, then the value of A^3 + B^3 If A & B are the HCF & LCM respectively of two algebraic expressions x and y, and A+B=x+y, then the value of A^3 + B^3 is?we know that:-H.C.F×L.C.M.= product of two algebraic expressions.or. A.B= x.y………………….(1)and. A+B=x+y………………..(2). (given)or. (A+B)^3=(x+y)^3or. A^3+B^3+3.A.B(A+B)=x^3+y^3+3.xy.(x+y)Putting. A.B=x.y from eqn. (1) and A+B=x+y from eqn. (2)
If A & B are the HCF & LCM respectively of two algebraic expressions x and y, and A+B=x+y, then the value of A^3 + B^3 If A & B are the HCF & LCM respectively of two algebraic expressions x and y, and A+B=x+y, then the value of A^3 + B^3 is?we know that:-H.C.F×L.C.M.= product of two algebraic expressions.or. A.B= x.y………………….(1)and. A+B=x+y………………..(2). (given)or. (A+B)^3=(x+y)^3or. A^3+B^3+3.A.B(A+B)=x^3+y^3+3.xy.(x+y)Putting. A.B=x.y from eqn. (1) and A+B=x+y from eqn. (2)or. A^3+B^3 +3x.y.(x+y) = x^3+y^3+3.xy.(x+y)
If A & B are the HCF & LCM respectively of two algebraic expressions x and y, and A+B=x+y, then the value of A^3 + B^3 If A & B are the HCF & LCM respectively of two algebraic expressions x and y, and A+B=x+y, then the value of A^3 + B^3 is?we know that:-H.C.F×L.C.M.= product of two algebraic expressions.or. A.B= x.y………………….(1)and. A+B=x+y………………..(2). (given)or. (A+B)^3=(x+y)^3or. A^3+B^3+3.A.B(A+B)=x^3+y^3+3.xy.(x+y)Putting. A.B=x.y from eqn. (1) and A+B=x+y from eqn. (2)or. A^3+B^3 +3x.y.(x+y) = x^3+y^3+3.xy.(x+y)or. A^3+B^3 = x^3+y^3.