[" An ordered pair "(alpha,beta)" for which the system of linear "],[" equations "],[(1+alpha)x+beta y+z=2],[alpha x+(1+beta)y+z=3],[alpha x+beta y+2z=2],[" has a unique solution,is: "]

An ordered pair (alpha, beta) for which the system of linear equations (1 + alpha) x beta y +z = 2 alphax + (1+beta)y+z = 3 alphax + beta y + 2z = 2 has a unique solution, is

An ordered pair (alpha,beta) for which the system of linear equations (1+alpha)x+beta y+z=2alpha x+(1+beta)y+z=3 and alpha x+beta y+2z=2 has unique solution is: (a) (2,4)(b)(-3,1)(c)(-4,2)(d)(1,-3)

An ordered pair (alpha, beta) for which the system of linear equations (1+alpha)x+betay+z=2 , alphax+(1+beta)y+z=3 and alphax+betay+2z=2 has unique solution is: (a) (2,4) (b) (-3,1) (c) (-4,2) (d) (1,-3)

An ordered pair (alpha, beta) for which the system of linear equations (1+alpha)x+betay+z=2 , alphax+(1+beta)y+z=3 and alphax+betay+2z=2 has unique solution is: (a) (2,4) (b) (-3,1) (c) (-4,2) (d) (1,-3)

An ordered pair (alpha, beta) for which the system of linear equations (1+alpha)x+betay+z=2 , alphax+(1+beta)y+z=3 and alphax+betay+2z=2 has unique solution is: (a) (2,4) (b) (-3,1) (c) (-4,2) (d) (1,-3)

An ordered pair (alpha, beta) for which the system of linear equations (1+alpha)x+betay+z=2 , alphax+(1+beta)y+z=3 and alphax+betay+2z=2 has unique solution is: (a) (2,4) (b) (-3,1) (c) (-4,2) (d) (1,-3)

For what ordered pair (alpha, beta) the system of equations (1+alpha)x+betay+z=0, alphax+(1+beta)y+z=0 ax+betay+2z=0 has unique solution (A) (-3,1) (B) (2,4) (C) (-4,2) (D) (1,-3)

10/Find the value of alpha and beta for which the following system of linear equations has infinite number of solutions 2x+3y=7,2 alpha x+(alpha+beta)y=28

Consider the system of equations : x + y + z = 0 alpha x + beta y + gamma z = 0 alpha^(2) x + beta^(2) y + gamma^(2) z = 0 then the system of equations has