[" 1.A "y=3x" and "3y=2x],[" W."r1" a line "L" lies on "L_(2)" then possible cquation of "'L" can be "],[[" a) "14x+112y-23=0," b) "64x-8y-3=0," c) "11x-4y=0," d) "52y-45x=7]]

Let L_1:3x+4y=1a n dL_2=5x-12 y+2=0 be two given lines. Let image of every point on L_1 with respect to line L lies an L_2 then possible equations of L can be (a) 14 x+112 y-23=0 (b) 64 x-8y-3=0 (c) 11 x-4y=0 (d) 52 y-45 x=7

Let L_(1):3x+4y=1 and L_(2)=5x-12y+2=0 be two given lines.Let image of every point on L_(1) with respect to line L lies an L_(2) then possible equations of L can be 14x+112y-23=064x-8y-3=011x-4y=052y-45x=7

Let L_1 : 3X+4Y-1=0 and L_2 : 5z-12y+2=0 be two given lines. Let image of every point on L_1 w.r.t a line L lies on L_2 then possible equation of 'L' can be

The equation of line l_(1) is y=2x+3 , and the equation of line l_(2) is y=2x-5.

Let L_1 :x+y-3= 0 and L_2:7x -y +5 = 0 be two given lines. Let image of every point on L_1, with respect to a line L lies on L_2 then possible equation of L can be :

Consider the lines give by L_1: x+3y -5=0, L_2:3x - ky-1=0, L_3: 5x +2y -12=0

Match the equations A, B, C and D with the lines L_1, L_2, L_3 and L_4 , whose graphs are roughly drawn in the given diagram. A -= y = 2x, " " B -= y - 2x + 2 = 0 , C -= 3x + 2y = 6, " "D = y = 2