For a common emiter configuration if `a` and `beta` have their usualy meaning , the incorrrect relationship between `a and beta` is :A. `alpha = (beta)/(1-beta)`B. `alpha = (beta)/(1+beta)`C. `alpha = (beta^(2))/(1+beta^(2))`D. `(1)/(alpha)=(1)/(beta)+1`

For a common emiter configuration if `a` and `beta` have their usualy

1.	For a common emiter configuration if `a` and `beta` have their usualy meaning , the incorrrect relationship between `a and beta` is :A. `alpha = (beta)/(1-beta)`B. `alpha = (beta)/(1+beta)`C. `alpha = (beta^(2))/(1+beta^(2))`D. `(1)/(alpha)=(1)/(beta)+1`
Answer» Correct Answer - A::C

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For a common emiter configuration if `a` and `beta` have their usualy meaning , the incorrrect relationship between `a and beta` is :A. `alpha = (beta)/(1-beta)`B. `alpha = (beta)/(1+beta)`C. `alpha = (beta^(2))/(1+beta^(2))`D. `(1)/(alpha)=(1)/(beta)+1`

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