Prove the identity. tan(x)+1 tan (x + 4) = 1 - tan (x) 44. tan

Q: Evaluate tan- (tan()). Enter an exact answer. 3

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Q: Find the denivcate y(x)= Sind costan Tix). uaing chain rule

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Q: sin(x-y) sin(x+y) tan x-tan y tan x+tan y ||

A: The given statement is: sin(x-y)sin(x+y)=tan x-tan ytan x+tan y

Q: 1. Verify sin(x) csc(x) tan(x) = cot(x)

A: To verify .

Q: In(|tan(x) sin(x)]) = 2 In(|sin(x)|) + In(|sec(x)|)

A: i will use the log rule: ln a +ln b=ln(ab) and some trigonometric rules.

Q: Verify the identity. (tan(x) + cot(x))² = sec²(x) + csc²(x) Expand the product, and use the…

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Q: tab esc Verify the identity. alt (tan(x) + cot(x))² = sec²(x) + csc²(x) Expand the product, and use…

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Q: I 1 -x² + 4x - 5 A B D dx _____ In-x² + 4x −5+ C -tan-¹(x - 2) + C -tan-¹(x + 2) + C tan ¹(x - 2) +…

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Q: 5. Simplify the expression: tan (csc (x)). Assume x is defined appropriately.

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Q: Verify the identity. tan (2n +0) = tan 0 Write the left side of the identity using either the sum or…

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Q: tan (0 + 120) = 0

A: Given problem is, tanθ+120=0

Q: What is the expression that completes the identity tan(x)+cot(x)

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Q: Verify the identity algebraically. Use the table feature of a graphing utility to check your result…

A: LCM (least common multiple)  tan x = sin x / cos x cot x = cos x/ sin x  Also, tan x * cot x = 1

Q: Solve 2 tan" x-tan x-15=0 on the interval [0, z).

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Q: Verify the identity. (tan(x) + cot(x))2 = sec2(x) + csc²(x) Expand the product, and use the…

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Q: Vrite the expression as an algebraic expression in x for x > 0. 2 tan( 2 cos

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