Trig Functions
period of y=cos(x)
2pi
period of y=csc(x)
2pi
period of y=sec(x)
2pi
period of y=sin(x)
2pi
domain of y=cos(x)
all real
domain of y=sin(x)
all real
range of y=cot(x)
all real
range of y=tan(x)
all real
domain of y=sec(x)
all real when x is not equal to (pi/2)+-(n*pi)
domain of y=tan(x)
all real when x is not equal to (pi/2)+-npi
domain of y=cot(x)
all real when x is not equal to n*pi
domain of y=csc(x)
all real when x is not equal to n*pi
x-intercepts of y=cot(x)
((x/2)+- (n*pi)
y-intercepts y=tan(x)
(0,0)
y-intercepts of y=cos(x)
(0,1)
y-intercepts of y=sec(x)
(0,1)
range of y=csc(x)
(negative infinity, -1]U[1, infinity)
range of y=cos(x)
(negative infinity, -1]U[1,infinity)
range of y=sec(x)
(negative infinity, -1]U[1,infinity)
range of y=sin(x)
(negitive infinity,1]U[1,infinity)
x-intercepts of y=tan(x)
(npi,0)
vertical asymptotes of y=cos(x)
x=(pi/2)+-(n*pi)
vertical asymptotes of y=sec(x)
x=(pi/2)+-(n*pi)
vertical asymptotes y=tan(x)
x=(pi/2)+-(n*pi)
vertical asymptotes of y=csc(x)
x=+- n*pi
vertical asyptotes of y=sin(x)
x=+- n*pi
vertical asymptotes of y=cot(x)
x=+-(n*pi)
symmetry of y=cos(x)
y-axis symmetry
symmetry of y=sec(x)
y-axis symmetry
symmetry of y=tan(x)
origin symmetry
period of y=cot(x)
pi
y=cos(x) even or odd?
even
y=sec(x) even or odd?
even
x-intercepts of y=cos(x)
none
x-intercepts of y=csc(x)
none
x-intercepts of y=sec(x)
none
x-intercepts of y=sin(x)
none
y-intercepts of y=cot(x)
none
y-intercepts of y=csc(x)
none
y-intercepts of y=sin(x)
none
y=cot(x) even or odd?
odd
y=csc(x) even or odd?
odd
y=tan(x) even or odd?
odd
y=sin(x) even or odd?
odd function
symmetry of y=cot(x)
origin symmetry
symmetry of y=csc(x)
origin symmetry
symmetry of y=sin(x)
origin symmetry
