5. Prove the following identities, where the (v) cos A – sin A + 1/cos A + sin A – 1= cosec A+ cot A

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Prove (cos A - sin A + 1)/(cos A + sin A - 1)= cosec A + cot A | Q5 part (v) Prove (cos A - sin A + 1)/(cos A + sin A - 1)= cosec A + cot A | Q5 part (v)
Prove that (cosA-sinA+1)/(cosA+sinA-1)=cosecA+cotA TRIGONOMETRY Prove that (cosA-sinA+1)/(cosA+sinA-1)=cosecA+cotA TRIGONOMETRY
Cot A + cosec A -1/ Cot A - cosec A + 1 = 1 + cos A / sin A Cot A + cosec A -1/ Cot A - cosec A + 1 = 1 + cos A / sin A
Ex 8.3, 4 (v) - Prove that: (cos A - sin A + 1) / (cos A + sin A - 1) = cosec A + cot - Teachoo Ex 8.3, 4 (v) - Prove that: (cos A - sin A + 1) / (cos A + sin A - 1) = cosec A + cot - Teachoo
Trigonometry is wasy Trigonometry is wasy
Prove that (cos A-sin A+1) / (cos A+sin A-1) = cosec A+cot A, using identity cosec^2 A= 1+ cot^2 A Prove that (cos A-sin A+1) / (cos A+sin A-1) = cosec A+cot A, using identity cosec^2 A= 1+ cot^2 A
cosA- sinA+1/cosA+sinA-1=C𝑜secA+CotA | Prove the Identity Cos⁡𝐴−S𝑖𝑛𝐴+1/C𝑜𝑠𝐴+Sin𝐴−1=C𝑜secA+CotA cosA- sinA+1/cosA+sinA-1=C𝑜secA+CotA | Prove the Identity Cos⁡𝐴−S𝑖𝑛𝐴+1/C𝑜𝑠𝐴+Sin𝐴−1=C𝑜secA+CotA
5. Prove the following identities, where the 1(cosec A – sin A)(sec A – cos A)= 1/tan A + cot A 5. Prove the following identities, where the 1(cosec A – sin A)(sec A – cos A)= 1/tan A + cot A