If the graphs of `x^(2) = 4(y+9)` and `x + ky = 6` intersect on the x-axis , then k =

The graph of line x + y =7 intersect the x-axis at :

If the graph of equation 2x+ky =10 intersects x axis at point (5,0) find the value of k

g(x) =x^4-kx^3+13x^2-12x+4 The function g is defined above, and k is a constant. In the xy- plane, the graph of g intersects the y - axis at (0, 4) and intersects the x - axis at (1, 0) and (2, 0) . What is the value of k?

What is the y - coordinate of the point at which the graph of y = 2 sin x - cos 2 x intersects the y - axis ?

How many times does the graph of y=x^(3)-3x^(2)-x+3 intersects the x - axis :

If the graph of equation 2x+ky=10k intersect x-axis at point (5,0). Find value of k .

The graphs of the linear equaton 4x-2y=10 and 4x+ky=2 intersect at a point (a,4). The value of k is equal to:

If the circles x^2+y^2+2x+2ky + 6=0 and x^2+y^2+2ky+k=0 intersect orthogonally , then k is :