यदि alpha,beta तथा gamma त्रिघात बहुपद ax^(3)+bx^(2)+cx+d=0 के शून्यक हो, तो alpha+beta+gamma का...

If alpha, beta, gamma are the roots of ax ^ (3) + bx ^ (2) + cx + d = 0 and det [[alpha, beta, gammabeta, gamma, alphagamma, alpha, beta]] = 0, alpha ! = beta! = gamma, alpha + beta-gamma, beta + gamma-alpha, and gamma + alpha-beta

If alpha, beta, gamma are the roots of x^(3) + ax^(2) + b = 0 , then the value of |(alpha,beta,gamma),(beta,gamma,alpha),(gamma,alpha,beta)| , is

If alpha,beta,gamma,delta are the roots of ax^(4)+bx^(3)+cx^(2)+dx+e=0 then sum alphabetagamma

If alpha, beta, gamma are roots of x^(3)-2x^(2)+7x-1=0 then the value of (alpha+beta-gamma) (beta+gamma-alpha) (alpha+gamma-beta)

Suppose alpha,beta,gamma are the roots of x^(3)+x^(2)+x+2=0 then the value of ((alpha+beta-2 gamma)/(gamma))((beta+gamma-2 alpha)/(alpha))((gamma+alpha-2 beta)/(beta))

If alpha,beta,gamma are the roots of x^(3)+2x^(2)-x-3=0 The value of |{:(alpha, beta ,gamma),(gamma,alpha ,beta),(beta,gamma ,alpha):}| is equal to

Let alpha,beta,gamma are real roots of x^(3)-7x^(2)+ax+50=0 and | alpha|,| beta|,| gamma| are roots of x^(3)-bx^(2)-cx-d=0. If minimum integral value of (b+d) is k,then unit digit of k is

If alpha,beta,gamma are the roots of ax^(3)+bx^(2)+cx+d=0 and betaquad gammaquad alpha|=0,alpha!=beta!= then find the equation whose roots are alpha+beta-gamma,beta+gamma-alpha, and gamma+alpha-beta