The st. lines `3x + 4y =5 and 4x-3y = 15` interrect at a point `A(3,-1)`. On these linepoints B and C are chosen so that `AB = AC`. Find the possible eqns of the line BC pathrough the point `(1, 2)`

The straight lines 3x + 4y =5 and 4x-3y = 15 interrect at a point A(3,-1) . On these linepoints B and C are chosen so that AB = AC . Find the possible eqns of the line BC pathrough the point (1, 2)

The st. lines 3x + 4y =5 and 4x-3y = 15 interrect at a point A(3,-1) . On these linepoints B and C are chosen so that AB = AC . Find the possible eqns of the line BC pass through the point (1, 2)

The srtaight lines 3x+4y=5and4x-3y=15 intersect at the point A . On these lines , the points B and C are chosen so that AB=AC . Find possible equation of the straight line BC passing throught the point (1,2).

Straight lines : 3x + 4y = 5 and 4x- 3y = 15 intersect at the point A. Points B and C are chosen on these two lines such that |AB| =| AC|. Determine the possible equations of the line BC passing through the point (1, 2).

The straight lines 3x + 4y - 5 = 0 and 4x -3y = 15 intersect at the point P. On these lines the points Q and R are chosen so that PQ = PR. The slopes of the lines QR passing through (1, 2) are

The straight line 3x+4y-5=0 and 4x=3y+15 intersect at the point P. On these lines the points Q and R are chosen so that PQ=PR . The slopes of the lines QR passing through (1,2) are a) -7,1//7 b) 7,1//7 c) 7,-1//7 d) 3,-1//7

Straight lines 2x+y=5 and x-2y=3 intersect at the point A. Points B and C are chosen on these two lines such that AB=AC .Then the equation of a line BC passing through the point (2.3) is: (C) is: A) 3x-y-3=055.(B)x+3y-11=0(C)3x+y-9=0(D)x-3y+7=0

Find the distance between the st.line 4x+3y-5=0 and the point (-2,1) .