Let two points be `A(1,-1)` and `B(0,2)` .If a point `P(h,k)` be such that the area of `Delta PAB=5` sq units and it lies on the line `3x+y-4 lambda=0` then a value of `lambda` is

Let two points be A(1,-1) and B(0,2) .If a point P(h,k) be such that the area of triangle PAB is 5 sq units and it lies on the line 3x+y-4 lambda =0 ,then the value of lambda is

Let two points be A(1,-1) and B(0, 2) . If a point P(x', y') be such that the area of DeltaPAB = 5 sq. units and it lies on the line, 3x + y - 4lambda =0 , then a value of lambda is:

Let two points be A(1,-1) and B(0,2) . If a point P(x',y') be such that the area of DeltaPAB = 5sq.unit and it lies on the line 3x+y-4lambda=0 then value of lambda is

Let two points be A(1,-1) and B(0,2) If a point P(x',y') be such that the area of Delta PAB=5 sq.units and it lies on the line 3x+y-4 lambda=0 then sum of all possible values of lambda is

Let two points be A(1,-1) and B(0,2) . If a point P(x',y') be such that the area of Delta PAB =5sq .units and it lies on the line, 3x+y-4 lambda=0 then sum of all possible values of lambda is

A(0,0),B(1,2) are two points.If a point P moves such that te area of Delta PAB is 2sq . units then the locus of P is

A(2,3) B(-3,4) are two points. If a point P moves such that the area of DeltaPAB is 8.5 sq.units then the locus of P is lambda xy=ab then lambda =

A (2,3),B(-3,4) are two points.If a point "P" moves such that the area of Delta PAB is 8.5 sq.Units then the locus of "P" is

Let A(1, 3), B(0, 0) and C(k, 0) be three points such that ar(triangle ABC) =3 sq units. Find the value of k.

If A(-1,1) and B(2,3) are two fixed points, find the locus of a point P so that the area of PAB=8sq units.