If the system of equations `6x + 2y = 3` and `kx + y = 2` has a unique solution, find the value of `k`.

If the system of pair of linear equations kx + 4y = 2, 7x + 3y = 1 has a unique solution, then the value of k is :

Show that the system of equations 2x + 5y = 17, 5x + 3y = 14 has a unique solution. Find the solution.

Value of k for which system of equations kx + 2y = 5, 3x + y =1 has unique solution is

The system kx - y = 2 and 6x - 2y = 3 has a unique solution only when

For what value of k, the system of equations 3x - 2y = 5 and 6x - ky = 8 has no unique solution?

For what value of k, the system of equations 3x - 2y = 5 and 6x - ky = 8 has no unique solution?

For what value of k does the system of equations " " kx + 2y = 5, 3x - 4y = 10 have (i) a unique solution, (ii)no solution ?

Find the values(s) of k for which the system of equations kx-y=26x-2y=3 has ( i )a unique solution (ii) no solution.Is there a value of k for which the system has infinitely many solutions?

Find the values(s) of k for which the system of equations k x-y=2 6x-2y=3 has (i) a unique solution (ii) no solution. Is there a value of k for which the system has infinitely many solutions?

The value of k for which the system of equations 2x - 3y =1 and kx + 5y = 7 have a unique solution, is