tab esc Verify the identity. alt (tan(x) + cot(x))² = sec²(x) + csc²(x) Expand the product, and use the Reciprocal and Pythagorean Identities to simplify. (tan(x) + cot(x))² = tan²(x) + 2 tan(x) cot(x) + 9 a Z W S 10808 2 X # 3 e C d C || 4 || . = 11 tan²(x) + 2 + (tan²(x) + 1) + (cot²(x) + r f % 5 V t 6.0 8 Oll 6 b y h & 98988A 7 n C O J m k O | alt р ctrl { [ ? :

Q: Find f'x) usig the denivative rules, f (x) = 2 Sinx - COSX + tan X

A:

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

A:

Q: Rewrite the expression as an algebraic expression in x. cos(tan-(x))

A: Given cos(tan-1(x)),

Q: verify the identity tan(x/2) + cot(x/2) = 2 csc x

A:

Q: Rewrite the expression as an algebraic expression in x. tan(sin-1(x))

A:

Q: sec" (*) 1 - tan?(x) cos? (x) %3D sin(x) + sin(x) sin“ (æ) – cos“ (x) = -

A:

Q: Multiply and simplify. (1– tan o)? (1– tan þ)² = 4)² = D (Simplify your answer.)

A:

Q: sec' a tan xdx

A: We rewrite the integral function and then using integration formula, we calculate the given…

Q: Verify the identity. cos(u) sec(u) tan(u) cot(u) Use a Reciprocal Identity to rewrite the…

A: Given Left Hand Side,

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

A:

Q: 15. Write the equations of two different functions in the form f(x) = a sin[k (x - dᵒ)] + c and g(x)…

A: To write the equation of the given curve that model the function f in the form of f(x)=a…