Sin:
Period; 2pi
Amplitude; 1
Cos:
Period: 2pi
Amplitude: 1
Tan:
Period: pi
Amplitude: Infinity
Csc:
Period: pi/2
Amplitude: infinity
Sec:
Period: 2pi
Amplitude: infinity
Cot:
Period: pi
Amplitude: infinity
The Sin and Cos graphs are the same except for the starting point on the graphs y axis. The Sin graph will always start at (0,0).
Vertical asymptote:
The equation to find CSC, SEC, and COT are all 1 over the original equation (sin, cos, tan) whenever there is a 0 in the denominator that point will be an asmyptote. The equation to find tan is sin/ cos, so whenever cos is equal to 0 the point will be an asymptote.
Period; 2pi
Amplitude; 1
Cos:
Period: 2pi
Amplitude: 1
Tan:
Period: pi
Amplitude: Infinity
Csc:
Period: pi/2
Amplitude: infinity
Sec:
Period: 2pi
Amplitude: infinity
Cot:
Period: pi
Amplitude: infinity
The Sin and Cos graphs are the same except for the starting point on the graphs y axis. The Sin graph will always start at (0,0).
Vertical asymptote:
The equation to find CSC, SEC, and COT are all 1 over the original equation (sin, cos, tan) whenever there is a 0 in the denominator that point will be an asmyptote. The equation to find tan is sin/ cos, so whenever cos is equal to 0 the point will be an asymptote.