Home
Class 11
MATHS
Three straight lines are drawn through a...

Three straight lines are drawn through a point Plying in the interior of the `DeltaABC` and parallel to its sides. Theareas of the three resulting triangles with P as the vertex are `s_1,s_2 and s_3`. The area of the triangle in terms of `s_1 and s_2 and s_3` is

Promotional Banner

Similar Questions

Explore conceptually related problems

P is a point inside the triangle ABC. Lines are drawn through P, parallel to the sides of the triangle.The three resulting triangles with the vertex at P have areas 4,9 and 49 sq . units. The area of the triangle ABC is -

Pis a point inside the triangle ABC.Lines are drawn through P,parallel to the sides of the triangle.The three resulting triangles with the vertex at P have areas 4,9 and 49sq. units. The area of thetriangle ABC is -

If A is the area and 2s the sum of three sides of a triangle, then

a,b,c are sides of the triangle and s be its semi perimeter and (s-a)=90, (s-b)=50 and (s-c)=10 then find the area of the triangle

If triangle is the area and 2s is the perimeter of triangleABC , then prove that triangle le s^(2)/(3sqrt(3))

If triangle is the area and 2s is the perimeter of triangleABC , then prove that triangle le s^(2)/(3sqrt(3))

P is a variable point on the ellipse with foci S_1 and S_2 . If A is the area of the the triangle PS_1S_2 , the maximum value of A is

Let P S be the median of the triangle with vertices P(2,2),Q(6,-1)a n dR(7,3) Then equation of the line passing through (1,-1) and parallel to P S is

P is a variable point on the ellipse with foci S_(1) and S_(2). If A is the area of the triangle PS_(1)S_(2), the maximum value of A is