The values of `alpha and beta` for which `|e^(|x-beta|)-alpha|=2` has four distinct solutions are

Find the values of alpha and beta for which the following system of linear equations has infinite number of solutions: 2x+3y=7,quad 2 alpha x+(alpha+beta)y=28

10/Find the value of alpha and beta for which the following system of linear equations has infinite number of solutions 2x+3y=7,2 alpha x+(alpha+beta)y=28

Find the values of alpha and beta for which the following pair of linear equations has infinite number of solutions : 2x+3y=7, 2alpha x + (alpha+beta)y=28 .

alpha beta x ^(alpha-1) e^(-beta x ^(alpha))

Let f(x)=x^(3)-3x^(2)+[a]. If a in[alpha,beta) be the complete range of values of 'a' for whichf(x)=0has three real and distinct solutions.then (beta-alpha) is equal to

If alpha,beta, are roots of the equation x^(2)+sqrt(x)alpha+beta=0,beta beta then values of alpha and beta are 1. alpha=1 and beta=12 .alpha=1 and beta=-2 3.alpha=2 and beta=1alpha=2 and beta=-2

If alpha and beta be the two distinct solutions of the equation a cosx+bsinx=c , then the value of tan\ (alpha+beta)/2 is independent of c