If the straight line `3x+4y=24` intersects the axes at A and B and the straight line `4x+3y=24` at C and D then the points A,B,C,D lie on

The point P (a, b) lies on the straight line 3x – 2y = 13 and the point Q (b, a) lies on the straight line 4x – y = 5 then the equation of line PQ is

The point P(a,b) lies on the straight line 3x+2y=13 and the point Q(b,a) lies on the straight line 4x-y=5 , then the equation of the line PQ is

The point P(a,b) lies on the straight line 3x+2y=13 and the point Q(b,a) lies on the straight line 4x-y=5 , then the equation of the line PQ is

The point P(a,b) lies on the straight line 3x+2y=13 and the point Q(b,a) lies on the straight line 4x-y=-5 , then the equation of the line PQ is

The point P(a,b) lies on the straight line 3x+2y=13 and the point Q(b,a) lies on the straight line 4x-y=5 , then the equation of the line PQ is

A straight line 4x+3y=72 intersect the x and y axes at A and B respectively.Then Distance between the incentre and the orthocentre of the triangle AOB is

The straight line 4x + 3y - 12 = 0 intersects the x -and y-axis A and B respectively. Find the coordinates of the point at which the straight line bar(AB) is divided internally into the ratio 2 : 1.

A straight line AB intersects the y-axis at B and the perpendicular to AB at B intersects the x-axis at C . If the equation of the straight line AB is (x)/(3)-(y)/(4)=-1 find the coordinates of the points C.