The coordinates of `A ,B ,C` are `(6,3),(-3,5),(4,-2)` , respectively, and `P` is any point `(x ,y)` . Show that the ratio of the area of ` P B C` to that of ` A B C` is `(|x+y-2|)/7dot`

The coordinates of A ,\ B ,\ C are (6,\ 3),\ (-3,\ 5) and (4,\ -2) respectively and P is any point (x ,\ y) . Show that the ratio of the areas of triangles P B C and A B C is |(x+y-2)/7| .

The coordinates of A ,\ B ,\ C are (6,\ 3),\ (-3,\ 5) and (4,\ -2) respectively and P is any point (x ,\ y) . Show that the ratio of the areas of triangles P B C and A B C is |(x+y-2)/7| .

The coordinates of A,B,C are (6,3) , (-3,5) , (4,-2) respectively and P is any point (x,y) . Show that the ratio of the areas of the triangles DeltaPBC and DeltaABC is |(x+y-2)/(7)| .

The coordinates of A,B,C are (6,3),(-3,5) and (4,-2) respectively and P is any point (x,y). Show that the ratio of the areas of triangles PBC and ABC is |(x+y-2)/(7)|

The co-ordinates of A,B,C are (6,3),(-3,5)and (4,-2) respectively and P is the point (x,y) show that , (area of the /_\PBC)/(area of the /_\ABC)=|(x+y-2)/7|

The coordinates of A , B , C are (6,3), (-3,5) and (4,-2) respectively and P is the point (x,y) , show that , ("area of the"DeltaPBC)/("area of the" DeltaABC)=|(x+y-2)/(7)|

If the coordinate of the point A,B,C and P are A(6,-3),B(-3,5),C(4,-2) and P(alpha,beta) then the ratio of the areas of the triangle PBC and ABC is

The coordinates of points A, B, C and P are (6, 3), (-3, 5), (4, -2) and (x, y) respectively, prove that (DeltaPBC)/ (Delta ABC) = (x+y-2)/7

The coordinates of points A, B, C and P are (6, 3), (-3, 5), (4, -2) and (x, y) respectively, prove that (DeltaPBC)/ (Delta ABC) = (x+y-2)/7