Question

BE and CF are two Equal altitudes of a triangle ABC. using RHS congruence rule , prove that the triangle ABC is isosceles​

Answer 1

Step-by-step explanation:

Hey friend...gere is your answer in attachment

Answer 2

hii friend

here's your answer looking for

Consider triangle BFC AND CEB

BC = CB. ( COMMON )

ANGLE BFC = ANGLE CEB = 90 (GIVEN)

CF = BE. ( GIVEN )

SO, triangle BFC is congruent to triangle CEB. ( RHS )

Hence , BF = CE. ( CPCT )_____________(1)

and, considered triangle ABE and ACF

angle BAC = angle CAB. ( COMMON )

angle AFC = angle AEB. (GIVEN)

CF = BE. (GIVEN)

HENCE,. triangle ABE is congruent to triangle ACF. (AAS)

So, AF = AE. (CPCT). _______________(2)

adding (1) and (2)

we get,

BF + AF = CE + AE

AB = AC

hence , triangle ABC is iso. triangle.

hope it's helpful to you

for further help contact me

From brainly star soniabikash