Home
Class 14
MATHS
Points E and F lie respectively on side ...

Points E and F lie respectively on side AC and AB of a triangle ABC such that `EF||BC and 2EF=BC`. If G be the centroid of `DeltaABC` then find the area of triangle formed by joining mid points of sides of triangle EFG with respect to area of `DeltaABC`.

Text Solution

Verified by Experts

The correct Answer is:
`1/48 times` area of `DeltaABC`
Promotional Banner

Topper's Solved these Questions

  • CENTRE OF TRIANGLE

    LUCENT PUBLICATION|Exercise EXERCISE-6A|59 Videos
  • CENTRE OF TRIANGLE

    LUCENT PUBLICATION|Exercise EXERCISE-6B|8 Videos
  • ALGEBRAIC IDENTITIES

    LUCENT PUBLICATION|Exercise Exercise - 1B|28 Videos
  • CIRCLE AND ITS TANGENT LINES

    LUCENT PUBLICATION|Exercise EXERCISE 8B|27 Videos

Similar Questions

Explore conceptually related problems

If ar( Delta ABC) = 16 cm^(2) then find the area of the triangle formed by joining the mid points of the sides of Delta ABC.

Point D and E respectively lie on the sides AB and AC of a triangle such that DE||BC . If area of DeltaABC and trapezium DECB are in the ratio 16:15 , then AE:AC is

Three points P, Q, R lie on the side BC of triangle ABC such that BP = PQ = QR = RC. If G be centroid of DeltaABC then what is ratio of areas of DeltaPGR and DeltaABC .

If DeltaABC is a equilateral triangle and P, Q, R are mid-points of sides AB, BC and CA respectively then-

The sides AB and AC of a triangle ABC are respectively 2x+3y=29 and x+2y=16 respectively.If the mid-point of BC is (5,6) then find the equation of BC

In Delta ABC, D, E, F are respectively the mid points of the sides AB, BC and AC. Find ratio of the area of Delta DEF and area of Delta ABC .