AB is line segment and P is its mid point. D and E are points on the same side of AB such that BAD = ABE and EPA = DPB show that
(i) `Delta DAP ~= Delta EBP`
(ii) AD = BE

AB is a line segment and P is its midpoint. D and E are points on the same side of AD such that angleBAD=angleABE and angleEPA=angleDPB . Show that (i) DeltaDAP~=DeltaEBP, (ii) AD=BE.

AB is a line segment and P is its midpoint. D and E are points on the same side of AP such that angleBAD=angleABE and angleEPA=angleDPB . Show that (i) DeltaDAP~=DeltaEBP, (ii) AD=BE.

AB is a line segment and P is its midpoint. D and E are points on the same side of AB such that angleBAD = angleABE and angleEPA = angleDPB . Show that AD=BE.

AB is a line segment D and P is its mid-point. D and E are points on the same side of AB such that angleBAD = angleABE and angleEPA = angleDPB (see figure). Show that DeltaDAP~=DeltaEBP

AB is a line segment and P is its mid-point. D and E are points on the same side of AB such that angleBAD = angleABE and angleEPA = angleDPB (see figure). Show that AD=BE

AB is a line segment and P is its midpoint. D and E are points on the same side of AB such that angle BAD = angle ABE and angle EPA = angle DPB (see the given figure). Show that:

AB is a line and P is its midpoint. D and E are two points on the same side of line segment AB such that angleBAD=angleABE and angleEPA=angleDPB . Prove that AD=BE

D is a point on side BC of Delta ABC such that AD = AC (see Fig. 7.47). Show that AB > AD.

D is a point on side BC of Delta ABC such that AD=AC. Show that AB>AD

D is a point on side BC of triangle ABC such that AD = AC (see figure). Show that AB gt AD .