5. If A, B and C are interior angles of a triangle ABC, then show that tan(A+B/2)= cot C/2 | Gyan

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If A,B and C are interior angles of a triangle then show that tan(A+B)/2 = cot C/2 If A,B and C are interior angles of a triangle then show that tan(A+B)/2 = cot C/2
If A, B and C are interior angles of a ∆ABC, then show that cot((B+C)/2)=tan(A/2). If A, B and C are interior angles of a ∆ABC, then show that cot((B+C)/2)=tan(A/2).
If A, B and C are interiot angles of a triangle ABC, then show that tan (A+B/2) = cot C/2. ||CLASS10 If A, B and C are interiot angles of a triangle ABC, then show that tan (A+B/2) = cot C/2. ||CLASS10
If A,B and C are interior angles of a triangle ABC show sin(B+C)/2=cos A/2 | Trigonometry [Q6] If A,B and C are interior angles of a triangle ABC show sin(B+C)/2=cos A/2 | Trigonometry [Q6]
🙇‍♂️Prove Tan (c+a)/2=Cot(b/2) where A, B, C are angles of Triangle ABC 🔺🔤 #techno_mathics 🙇‍♂️Prove Tan (c+a)/2=Cot(b/2) where A, B, C are angles of Triangle ABC 🔺🔤 #techno_mathics
If A, B and C are the interior angles of a triangle ABC, then show that `cot((A+B-C)/2)=tanC` If A, B and C are the interior angles of a triangle ABC, then show that `cot((A+B-C)/2)=tanC`