Inverse Trig Values
Give the exact value for sin-1
sqrt(2)/2
x = pi/4
In terms of radians, find the exact value of
sin^-1(sin((5pi)/6) )
x = pi/6
Find the exact value of
cos(tan^-1(7/24)
costheta = 24/25
Find the exact value of
tan^-1(cos 2pi)
theta = pi/4
Rewrite this statement as an algebraic expression:
cos(sin^-1u)
x=sqrt(1-u^2)
Give the exact value for arc cos
-sqrt3/2
x = (5pi)/6
In terms of radians, find the exact value for
cos^-1(cos((4pi)/3)
x = (2pi)/3
Find the exact value of
tan(sin^-1(8/17))
tantheta = 8/15
Find the exact value of
cos^-1(sin ((5pi)/3)
theta = (5pi)/6
Rewrite the following statement as an algebraic expression:
tan(cos^-1 5v)
r =sqrt(1-25v^2)/(5v)
Give the exact value for
csc^-1(2)
x = pi/6
In terms of radians, find the exact value for
tan^-1(tan((7pi)/4)
x = -(pi)/4
Find the exact value of
cot(sin^-1(-8/9))
cottheta = - sqrt17/8
Find the exact value of
cot^-1(sin((7pi)/6))
theta = DNE
Rewrite the following statement as an algebraic expression:
csc(cos^-1 6v)
y = 1/sqrt(1-36v^2)
To the nearest tenth, give an approximate value for
cos^-1 (-0.81)
x = 2.5
In terms of radians, find the exact value of
sin^-1(sin((9pi)/8)
x = -(pi)/8
Find the exact value of
sec(sin^-1(-4/7))
sectheta = (7sqrt33)/33
Find the exact value of
tan(cos^-1(1/2))
theta= sqrt3
Rewrite the following statement as an algebraic expression:
sec(tan^-1 8w)
sectheta = sqrt(1+64w^2)
To the nearest tenth, give an approximate value for
tan^-1(4.16)
x = 1.3
In terms of radians, find the exact value of
arc tan(tan((8pi)/7)
x = pi/7
Find the exact value of
csc(cos^-1(-5/8))
csctheta = (8sqrt39)/39
Find the exact value of
cos(tan^-1(sqrt3/3))
theta = sqrt3/2
Rewrite the following statement as an algebraic expression:
cot(sin^-1 2w)
cottheta = sqrt(1-4w^2)/(2w)