If `3x^2-17x+10=0` and `x^2-5x+lambda=0` has a common root then sum of all possible real values of `lambda` is

If 3x^(2) -17x+10 =0 and x^(2)-5x+m =0 has a common root, then sum of all possible real values of 'm' is:

If 3x^(2) -17x+10 =0 and x^(2)-5x+m =0 has a common root, then sum of all possible real values of 'm' is:

If x^(2)+x-1=0 and 2x^(2)-x+lambda=0 have a common root then

If roots of the equation x^(2)-lambda x+48=0 are integers,then(A) sum of all possible values of lambda equals,0(B) total number of values of lambda are 10(C) product of all possible values of lambda are perfect square (D) product of all possible values of lambda is an even number

If the equations 4x^(2)-x-1=0 and 3x^(2)+(lambda+mu)x+lambda-mu=0 have a root common, then the rational values of lambda and mu are

If the equation 4x^2-x-1=0 and 3x^2+(lambda+mu)x+lambda-mu=0 have a root common, then the irrational values of lambda and mu are (a) lambda=(-3)/4 b. lambda=0 c. mu=3/4 b. mu=0

If the equation 4x^2-x-1=0 and 3x^2+(lambda+mu)x+lambda-mu=0 have a root common, then the irrational values of lambda and mu are a lambda=(-3)/4 b. lambda=0 c. mu=3/4 b. mu=0

If the equation 4x^(2)-x-1=0 and 3x^(2)+(lambda+mu)x+lambda-mu=0 have a root common,then he rational values of lambda and mu are lambda=(-3)/(4) b.lambda=0 c.mu=(3)/(4) b.mu=0