Question

Find cot(sin^−1 (1/6))

Find cot(sin^−1 (1/6))

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Name the Quadrant 1. cot q = -3 , tan q = 2. cot q =...
Name the Quadrant 1. cot q = -3 , tan q = 2. cot q = -3 , tan q = 3. sec q = 1.5 , cos q = 4. cos q = -3/5 , sec q = Solve the identity function 1. tan x / sin x 2. cos t / cot t 3. cos a csc a tan a 4. cot t sec t sin t 5. 1 - cos2 q 6. csc2 q - 1 7....
Find the values of sin x, tan x, cot x, sec x, and csc x and...
Find the values of sin x, tan x, cot x, sec x, and csc x and cos x given that cos(2x)=(3/5) and 3 π /2 < 2x <2 π
find the derivative and show all your work 1. y=5/sinx+1/cot x find the indicated derivative and...
find the derivative and show all your work 1. y=5/sinx+1/cot x find the indicated derivative and show all your work 2. find Y(4) if y=-7cos x 3. find y'' if y=8x sin x
Prove the following (4 sin(θ) cos(θ))(1 − 2 sin2 (θ)) = sin(4θ) cos(2θ) /1 + sin(2θ)...
Prove the following (4 sin(θ) cos(θ))(1 − 2 sin2 (θ)) = sin(4θ) cos(2θ) /1 + sin(2θ) = cot(θ) − 1/ cot(θ) + 1 cos(u) /1 + sin(u) + 1 + sin(u) /cos(u) = 2 sec(u)
1. Use the given conditions to find the exact value of the expression. sin(α) = -5/3,...
1. Use the given conditions to find the exact value of the expression. sin(α) = -5/3, tan(α) > 0, sin(α - 5π/3) 2. Use the given conditions to find the exact value of the expression. cos α = 24/25, sin α < 0, cos(α + π/6) 3. Use the given conditions to find the exact value of the expression. cot x = √3, cos x < 0, tan(x + π/6) 4. If α and β are acute angles such that...
1) In the interval [0,2π) find all the solutions possible (in radians ) : a) sin(x)=...
1) In the interval [0,2π) find all the solutions possible (in radians ) : a) sin(x)= √3/2 b) √3 cot(x)= -1 c) cos ^2 (x) =-cos(x) 2)The following exercises show a method of solving an equation of the form: sin( AxB C + ) = , for 0 ≤ x < 2π . Find ALL solutions . d) sin(3x) = - 1/2 e) sin(x + π/4) = - √2 /2 f) sin(x/2 - π/3) = 1/2
Use the cofunction identities to find an angle theta that makes the statement true. 1) sin(...
Use the cofunction identities to find an angle theta that makes the statement true. 1) sin( 3theta - 17degrees)=cos (theta+43degrees) 2) cot 5theta= tan 4theta Use identities to write the expression as a single function of x or theta. 1) cos (theta - pi) Verify that the equation is an identity. 1) sin (x+y)-sin(x-y)=2 cos x sin y
dx + (x cot y + sin y) dy=0, Solve the differential equation and write your...
dx + (x cot y + sin y) dy=0, Solve the differential equation and write your answer without negative exponents.
find the limit as x approaches zero of (cot (pi/3 + x) - cot (pi/3)) /...
find the limit as x approaches zero of (cot (pi/3 + x) - cot (pi/3)) / x
if not exact make it exact then Solve (ln sin y -3x^2) dy/dx + x cot...
if not exact make it exact then Solve (ln sin y -3x^2) dy/dx + x cot y + 4y =0 y = (Pi/2)=2
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT