Find the value of m & n for which the system of Linear equation has infinity many solutions. `3x + 4y=12 (m+n )x + 2 (m-n)y=5m-1`

Find the value of m such that the following system of linear equations has infinite number of solutions. mx+4y=m-4, 16x+my=m.

Determine the values of m and n so that the following system of linear equation has infinite number of solution.(2m-1)x+3y-5=0,3x+(n-1)y-2=0

Determine the values of m and n so that the following system of linear equations have infinite number of solutions : (2m-1)x+3y-5=0 3x+(n-1)y-2=0

Determine the values of m and n so that the following system of linear equations have infinite number of solutions: (2m-1)x+3y-5=0 . 3x+(n-1)y-2=0

Find the value of m, if x = 2, y = 1 is a solution of the equation 2x + 3y = m.

Find the value of m ,if x=-2,y=-3 is a solution of the equation 2x+3y=m

Obtain the condition for the following system of linear equations to have a unique solution: a x+b y=c ,\ \ \ \ l x+m y=n

For what value of m does the system of equations 3x+m y=m ,2x-5y=20 has solution satisfying the conditions x >0,y >0?

For what value of m does the system of equations 3x+m y=m ,2x-5y=20 has solution satisfying the conditions x >0,y >0?