The expression `2x^(2)+4xy-ky^(2)+4x+2y-1` can be resolved into two linear factors,then value of k is

The expression x^(2)+2xy+ky^(2)+2x+k=0 can be resolved into two linear factors,then k in

If the expression 3x^(2)+2pxy+2y+2ax-4y+1 can be resolved into two linear factors then p must be a root of the equation

If the general expression of degree 2 given by 3x^(2)+xy+ky^(2)+10x-3y+7 can be factorised into two linear factors then value of k is

If the general expression of degree 2 given by 3x^(2)+xy+ky^(2)+10x-3y+7 can be factorized into two linear factors then value of k is

The value(s) of m for which the expression 2x^(2)+mxy+3y^(2)-5y-2 can be factorized in to two linear factors are:

Find the value of m for which the expressiion 12x^(2)-10xy+2y^(2)+11x-5y+m can be resolved into two rational linear factors.

17 Let a, and a, be two values of a for which the expression f(x, y_ 2x2 + 3xy-y2 + ay + 3x + 1 can be factorised into two linear factors then the product (a, a,) is cqual to (A) I (B) 3 (C) s (D) 7

a(x^(2)-y^(2))+lambda(x(y+1)+1) can be resolved into linear rational factors then

For what values of m will the expression 5x^(2)+5y^(2)+4mxy-2x+2y+m be capable of resolution into two linear factors with real coefficients?