`(sinA+cosecA)^2+(cosA+secA)^2=7+tan^2A+cot^2A`

Prove the following identity, where the angles involved are acute angles for which the expressions are defined. (viii) (sinA+cose c A)^2+(cosA+secA)^2=7+tan^2A+cot^2A

Prove the following identities, where the angles involved are acute angles for which the expressions are defined. : (sin A + cosec A)^2+(cosA+secA)^2=7+tan^2A+cot^2A .

Prove : (sinA+cosecA)^(2)+(cosA+secA)^(2)=7+tan^(2)A+cot^(2)A.

Prove the following identities. where the angles involved are acute angles for which the expressions are defined. (sinA+cosecA)^(2)+(cosA+secA)^(2)=7+tan^(2)A+cot^(2)A

Prove the following identities,where the angles involved are acute angles for which the expressions are defined. (sinA+cosecA)^(2)+(cosA+secA)^(2)=7+tan^(2)A+cot^(2)A

Prove : (sin A + cosec A)^2 + (cosA + secA )^2=7 + (tan^2 A+ cot^2 A)

Prove the following identities,where the angles involves are acute angles for which the expressions are defined:(viii) (SinA+CosecA)^2+(CosA+SecA)^2=7+tan^2+Cot^2A

(sinA+cosA)^2+(sinA-cosA)^2=

tan A +cotA =secA.cosecA