Back to . . .        NCB Deposit # 55 JavaScript Practice for Identifying Trig Curves An oscilloscope traces the sound wave of a recorder.

To use the interactive grapher, please open in the latest version of Chrome, Firefox, or Safari, and then click on the Draw button.
For more fun, change the function.

f(x) =
gridline:
scale:
x-axis:
y-axis:

 Choose One y=sin(x) y=cos(x) y=tan(x) y=cot(x) y=sec(x) y=csc(x) 1 Choose One y=sin(2x) y=cos(2x) y=sin(0.5x) y=cos(0.5x) y=2sin(x) y=2cos(x) 2 Choose One y=(0.5)sin(x) y=sin(2x) y=cos(2x) y=sin(0.5 x) y=cos(0.5 x) 3 Choose One y=2cos(x) y=2sin(x) y=cos(2x) y=sin(2x) y=cos(0.5 x) 4 Choose One y=-sin(x) y=tan(x) y=cot(x) y=sec(x) y=csc(x) 5 Choose One y=(0.5)tan(x) y=(0.5)cot(x) y=2tan(x) y=tan(2x) y=cot(2x) 6 Choose One y= π/2 + tan(x) y= π/2 - tan(x) y=tan(x)+ π/2 y=tan(x)- π/2 y=tan(x+π/2) 7 Choose One y=tan(x) y=tan(-x) y=cot(x) y=csc(x) y=-tan(x) 8 Choose One y=tan(x) y=tan(-x) y=cot(x) y=sec(x) y=csc(x) 9 Choose One y=a tan(0.5 x) y=a cot(0.5 x) y=a sec(0.5 x) y=a csc(0.5 x) y=a sec(2x) 10

 Miriam Angel Matthew Nelson and the students of CS 390Summer, 2003 Jonathan Sahagun Summer, 2018