If `alpha,beta` be the roots of the equation `4x^2-16x+lambda=0`, `lambda in R` such that `1 lt...

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If `alpha,beta` be the roots of the equation `4x^2-16x+lambda=0` where `lambda in R` such that ... If `alpha,beta` be the roots of the equation `4x^2-16x+lambda=0` where `lambda in R` such that ...
If \( \alpha, \beta \) be the roots of \( 4 x^{2}-16 x+\lambda=0 \)... If \( \alpha, \beta \) be the roots of \( 4 x^{2}-16 x+\lambda=0 \)...
If `alpha, beta` be the roots of `4x^(2) - 16x + c = 0, c in R` such that `1 lt alpha lt 2 and 2 lt If `alpha, beta` be the roots of `4x^(2) - 16x + c = 0, c in R` such that `1 lt alpha lt 2 and 2 lt
If ` alpha, beta` be the roots of `4x^2-17x+lambda=0, lambda in R` such that `1 lt alpha lt 2` ... If ` alpha, beta` be the roots of `4x^2-17x+lambda=0, lambda in R` such that `1 lt alpha lt 2` ...
If lambda is an integer and alpha, beta are the roots of 4x^(2) - 16x + lambda/4 such that 1 lta... If lambda is an integer and alpha, beta are the roots of 4x^(2) - 16x + lambda/4 such that 1 lta...
If alpha and beta are roots of equation x^2+6x+lambda=0 |Class 11|JEE Main Preparation 2025|QE|CET If alpha and beta are roots of equation x^2+6x+lambda=0 |Class 11|JEE Main Preparation 2025|QE|CET
\[\lambda \ne 0\] be in R. If \[\alpha \] and \[\beta \] are the roots \[{x^2} - x + 2\lambda = \[\lambda \ne 0\] be in R. If \[\alpha \] and \[\beta \] are the roots \[{x^2} - x + 2\lambda =
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