If the system of equation `x+a y=0,a z+y=0a n da x+z=0` has infinite solutions, then the value of a is `-1` b. `1` c. `0` d. no real values

If the system of equations x+a y=0, a z+y=0 and a x+z=0 has infinite solutions, then the value of a is

If the system of equations x+a y=0,a z+y=0,a n da x+z=0 has infinite solutions, then the value of a is, a. -3 b. -1 c. 0 d. 3

If the system of equations x+a y=0,a z+y=0 and a x+z=0 has infinite solutions, then the value of a is (a) -1 (b) 1 (c) 0 (d) no real values

If the system of equations x+ay=0,az+y=0 and ax+z=0 has infinite solutions,then the value of a is -1 (b) 1( c) 0 (d) no real values

If the system of equation x+ay=0,az+y=0 and ax+z=0 has infinite solutions,then the value of a is -1 b.1 c.0 d.no real values

If the system of equations x+a y=0,a z+y=0,a n da x+z=0 has infinite solutions, then the value of equation has no solution is -3 b. 1 c. 0 d. 3

If the system of equations x+a y=0,a z+y=0,a n da x+z=0 has infinite solutions, then the value of equation has no solution is -3 b. 1 c. 0 d. 3

If a inRR and the system of equations x+ay=0, az+y=0 , ax+z=0 has infinite number of solution then the value of a is

If the system of equations x+ay=0,az+y=0, and ax+z=0 has infinite solutions,then the value of equation has no solution is -3 b.1 c.0 d.3

The system of equations x+py=0, y+pz=0 and z+px=0 has infinitely many solutions for