Two sides AB and BC and median AM of one triangle ABC are respectively equal to sides PQ and QR and median PN of `DeltaPQR` (see figure). Show that

`Delta ABM ~= DeltaPQN`

Two sides AB and BC and median AM of one triangle ABC are respectively equal to sides PQ and QR and median PN of DeltaPQR (see figure). Show that DeltaABC~=DeltaPQR

Two sides AB and BC and median AM of one triangle ABC are respectively equal to side PQ and QR and median PN of DeltaA B C~=DeltaP Q R (see Fig. 7.40). Show that: (i) DeltaA B M~=DeltaP Q N (ii) DeltaA B C~=DeltaP Q R

Sides AB and BC and median AD of a triangle ABC are respectively propor-/ tional to sides PQ and QR and median PM of DeltaPQR (see Fig. 6.41). Show that DeltaABC~DeltaPOR.

Sides AB and BC and median AD of a triangle ABC are respectively proportional to sides PQ and QR and median PM of DeltaP Q R . Show that DeltaA B C~ DeltaP Q R .

Sides AB and AC and median AD of a triangle ABC are respectively proportional to sides PQ and PR and median PM of another triangle PQR. Show thatDeltaA B C DeltaP Q R .

Sides AB and AC and median AD of a triangle ABC are respectively proportional to sides PQ and PR and median PM of another triangle PQR. Prove that Delta ABC~ Detla PQR

In the given figure, the two sides AB and BC, and the median AD of DeltaABC are correspondingly equal to the two sides PQ and QR, and the medium PM of DeltaPQR . Prove that DeltaABC~=DeltaPQR.

The sides AB and BC and the median AD of triangle ABC are equal to the sides PQ and QR and the median PM of triangle PQR respectively. Prove that the triangles ABC and PQR are congruent.

ABC is a triangle in which altitudes BE and CF to sides AC and AB are equal (see figure). Show that DeltaABE~=DeltaACF