In a triangle `ABC, B=90^@` then the value of `tan(A/2)=`

ln a triangle ABC, B=90^@ then the value of tan(A/2)=

In triangle ABC, if r_(1)=3r, then the value of tan((A)/(2))(tan((B)/(2))+tan((C)/(2))) is equal to

In triangle ABC, prove that the maximum value of tan(A/2)tan(B/2)tan(C/2)i s R/(2s)

If an a triangle ABC,b=3c and C-B=90^(@), then find the value of tan B

In triangle ABC ,prove that the maximum value of tan(A)/(2)tan(B)/(2)tan(C)/(2)is(R)/(2s)

(i) A,B and C are interior angles of a triangle ABC.Show that sin((B+C)/(2))=cos((A)/(2)) . (ii) If angleA=90^(@) , then find the value of tan((B+C)/(2)) .

In a triangle ABC,C=90^(@), then the equation whose roots are tan A, tan B is

In /_\ABC , if angleC = 90^@ ,. then find the value of tan A + tan B.