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11*(2^(x)+(5)/(x)-(1)/(x^(1/3)))...

11*(2^(x)+(5)/(x)-(1)/(x^(1/3)))

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" If "f(x)=11^(x)+5^(x)+3^(-x)+((1)/(11))^(x)+((1)/(5))^(x)+3^(x)" then range of "f(x)"

Evaluate each of the following: ((2)/(11))^(4)x((11)/(3))^(2)x((3)/(2))^(3)((1)/(2))^(5)x((-2)/(3))^(4)x((3)/(5))^(-1)

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Find each of the following products: (i) (x + 3) (x - 3) (ii) (2x + 5)(2x - 5) (ii) (8 + x)(8 - x) (iv) (7x + 11y) (7x - 11y) (v) (5x^(2) + (3)/(4) y^(2)) (5x^(2) - (3)/(4) y^(2)) (vi) ((4x)/(5) - (5y)/(3)) ((4x)/(5) + (5y)/(3)) (vii) (x + (1)/(x)) (x - (1)/(x)) (viii) ((1)/(x) + (1)/(y)) ((1)/(x) - (1)/(y)) (ix) (2a + (3)/(b)) (2a - (3)/(b))

Find a quadratic equation whose roots x_(1) and x_(2) satisfy the condition x_(1)^(2)+x_(2)^(2)=5,3(x_(1)^(5)+x_(2)^(5))=11(x_(1)^(3)+x_(2)^(3)) (assume that x_(1),x_(2) are real)

Find a quadratic equation whose roots x_(1) and x_(2) satisfy the condition x_(1)^(2)+x_(2)^(2)=5,3(x_(1)^(5)+x_(2)^(5))=11(x_(1)^(3)+x_(2)^(3)) (assume that x_(1),x_(2) are real)

Find a quadratic equation whose roots x_(1) and x_(2) satisfy the condition x_(1)^(2)+x_(2)^(2)=5,3(x_(1)^(5)+x_(2)^(5))=11(x_(1)^(3)+x_(2)^(3)) (assume that x_(1),x_(2) are real)

Find a quadratic equation whose roots x_(1) and x_(2) satisfy the condition x_(1)^(2)+x_(2)^(2)=5,3(x_(1)^(5)+x_(2)^(5))=11(x_(1)^(3)+x_(2)^(3)) (assume that x_(1),x_(2) are real)

Find a quadratic equation whose roots x_(1) and x_(2) satisfy the condition x_(1)^(2)+x_(2)^(2)=5,3(x_(1)^(5)+x_(2)^(5))=11(x_(1)^(3)+x_(2)^(3)) (assume that x_(1),x_(2) are real)