Prove the following identities:(1 + cot θ - cosec θ) (1 + tan

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221. Prove the following identities:
(1 + cot θ - cosec θ) (1 + tan θ + sec) = 2











Solution not provided.



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222. Prove the following identities:
fraction numerator sin space straight theta over denominator cot space straight theta plus cosecθ end fraction space equals space 2 plus fraction numerator sinθ over denominator cotθ minus cosecθ end fraction.










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223. Prove the following identities:
sin6 θ + cos6 θ + 3 sin2 θ . cos2 θ = 1
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224. Prove the following identities:
(tan A + cosec B)2 - (cot B - sec A)2 = 2 tan A.cot B (cosec A + sec B)
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225. Prove the following identities:
(sin8 θ - cos8 θ) = (sin2 θ - cos2 θ) (1 - 2 sin2 θ . cos2 θ)
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226. Prove the following identities:
cot squared straight A open parentheses fraction numerator secA minus 1 over denominator 1 plus sinA end fraction close parentheses plus sec squared straight A open parentheses fraction numerator sinA minus 1 over denominator 1 plus secA end fraction close parentheses equals 0
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227. Prove the following identities:
fraction numerator cosA over denominator 1 minus sinA end fraction plus fraction numerator sinA over denominator 1 minus cosA end fraction plus 1 space equals space fraction numerator sinA. space cosA over denominator left parenthesis 1 minus sinA right parenthesis space left parenthesis 1 minus cosA right parenthesis end fraction.
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228. Prove the following identities:
(sin4 θ + cos4 θ) = 1 - 2 sin2 θ . cos2 θ
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229. Prove the following identities:
(sin4 θ - sec2 θ) = tan4 θ + tan2 θ
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230. Prove the following identities:
 (sin4 θ - cos4 θ) = sin2 θ - cos2 θ = 2 sin2 θ-1 = 1- 2 cos2 θ.
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