[" If the lines "3xquad 2y+1=0" and "],[6x+4y+quad =0" aer identical then "lambda]

If kx + 2y -1=0 and 6x – 4y + 2 =0 are identical lines, then determine k.

If the lines kx-2y-1=0 and 6x-4y-m=0 are identical (coindent) lines, then the values of k and m

If kx + 2y - 1 = 0 and 6x -4y +2=0 are identical lines, then determine k.

If 2x+3y+4=0& lambda x+ky+2=0 are identical lines then 3 lambda-2k=

If the lines 3x + 4y + 1 = 0 , 5x+lambday+3=0 and 2x+y-1=0 are concurrent, then lambda is equal to-

Let L be the line belonging to the family of straight lines (a+2b) x+(a-3b)y+a-8b =0, a, b in R, which is the farthest from the point (2, 2). If L is concurrent with the lines x-2y+1=0 and 3x-4y+ lambda=0 , then the value of lambda is

Let L be the line belonging to the family of straight lines (a+2b) x+(a-3b)y+a-8b =0, a, b in R, which is the farthest from the point (2, 2). If L is concurrent with the lines x-2y+1=0 and 3x-4y+ lambda=0 , then the value of lambda is

Let L be the line belonging to the family of straight lines (a+2b) x+(a-3b)y+a-8b =0, a, b in R, which is the farthest from the point (2, 2). If L is concurrent with the lines x-2y+1=0 and 3x-4y+ lambda=0 , then the value of lambda is