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If Alpha And Beta Are The Roots Of The Equation X^2 - 6x + A = 0 And Satisfy The Relation 3alpha + 2beta = 16, Then The Value Of A Is
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Roots Of The Equation X^2 + Bx - C = 0 (b,c > 0) Are
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The Roots Of The Equation X^2 + Ax + B = 0 Are P And Q, Then The Equation Whose Roots Are
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If The Sum Of The Roots Of The Equation X^2 + Px + Q = 0 Is Three Times Their Difference, Then Which One Of The Following Is True
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IF The Sum Of The Roots Of The Equation Ax^2 + Bx + C = 0 Be Equal To The Sum Of Their Squares, Then
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If Alpha And Beta Are The Roots Of The Equation X^2 - A(x+1) - B = 0 Then ( Alpha + 1)( Beta + 1 ) =
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If Alpha And Beta Are The Roots Of The Equation
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If The Sum Of The Roots Of The Equation
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If The Product Of The Roots Of The Equation (a + 1)x^2 + ( 2a +3 )x + ( 3a + 4 ) = 0, Then The Sum Of Roots Is
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The Number Of Real Roots Of The Equation
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If B^2 ≥ 4ac For The Equation Ax^4 + Bx^2 + C = 0, Then All The Roots Of The Equation Will Be Real, If
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If The Sum Of The Roots Of The Quadratic Equation Ax^2 + Bx + C = 0 Is Equal To The Sum Of The Squares Of Their Reciprocals, Then
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If Alpha And Beta Are The Roots Of Ax^2 + 2bx + C = 0, Then
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If The Roots Of Equation X^2 + Px + Q = 0 Differ By 1, Then
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If Alpha, Beta Are The Roots Of The Equation Lx^2 + Mx + N = 0, Then The Equation Whose Roots Are
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A Two Digit Number Is Four Times The Sum And Three Times The Product Of Its Digits. The Number Is
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The Equation Whose Roots Are
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The Sum Of The Roots Of A Equation Is 2 And Sum Of Their Cubes Is 98, Then The Equation Is
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If The Roots Of The Given Equation
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If The Roots Of The Equation X^2 + 2mx + M^2 - 2m + 6 = 0 Are Same, Then The Value Of M Will Be
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0 votes0 answer136 views
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If Alpha, Beta Are The Roots Of Ax^2 + Bx + C = 0, Then The Equation Whose Roots Are 2 + Alpha, 2 + Beta Is
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If Alpha, Beta Are The Roots Of X^2 - 2x + 4 = 0, Then
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If The Roots Of Ax^2 + Bx + C = 0 Are Alpha, Beta And The Roots Of Ax^2 + Bx + C = 0 Are
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If Alpha, Beta Are The Roots Of The Equation
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The Quadratic Equation Whose One Root Is
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