Find the value of s in the interval 0,- that satisfies the given star sin s = 0.6548 S= radians (Round to eight decimal places as needed.)

Q: Find tan(-A) if cot (π/2 - A)= -1.48

A: Solution:

Q: Find tan(-x) if cot (π/2 -x)=-1.84

A: Solve the given problem.

Q: Find the value of tan2x, π/2˂x˂π, given secx=-5/4

A: We use formula of tan2x1. tan 2x = (2tan x) / (1 - tan^2 x).2.sec x = 1 / cos x. 3.sin^2 x + cos^2 x…

Q: epresent 3 sin x + 6 cos x in a form A sin(x + p), use radians for p.

A:

Q: Find csc-1(4.3) (in radians).  (Hint: Use sin-1)

A:

Q: How many values of θ in radians between −2π and 2π satisfy sin(θ) = 1/2?

A:

Q: List all angles (in radian measure) between 0<x<47 2 sin(x) + 1= 0 such that

A:

Q: Solve the given equation for x  cos(tan-1x)=sin(cot-1 (3/4))

A: we have to solve for x

Q: Determine the value of 0, in radians, to two decimal places, if: sec(0) = 1.33, for 0 < 0 < 2n.

A:

Q: Differentiate. y = 10 tanπ θ

A: Given:y=10tan πθ

Q: How many values of 0 between -π and π/2 satisfy tan 0 = -1/3, where 0 is measured in radians?

A: