
Explore the sine parent graph, read a graph to form the standard sine equation, and extract amplitude, period, phase shift, and vertical shift from the graph.
Learn to graph the sine function with multiple transformations using y = a sin(bx - c) + d, with a=3, b=2, c=pi/4, d=0, revealing shifts and a new period.
Please see the attached file for the article.
Graph the cosine function with multiple transformations, using cosine of four x minus pi over six, amplitude five, period pi over two, and reflect across the x-axis.
Shift the tangent graph right by pi/4, keeping a=1, b=1, d=0; compute period pi, scale pi/2, and locate zeros at pi/4 with asymptotes at -pi/4 and 3pi/4.
Graph secant as the reciprocal of cosine using the unit circle, locating asymptotes, key points, and period, then derive y = a sec(bx - c) + d.
Derive the standard equation of cosecant from the sine, and graph cosecant with unit circle points, asymptotes, and transformations. Learn that the period is 2π and there is no amplitude.
This course is all about graphing the six trig functions, which is a topic covered in Precalculus Trigonometry
Upon completing this course, you will understand the parent graph and the standard equation of the six trigonometric functions and be able to graph each function with multiple transformations.
Section 1:
How to Graph the Sine Function
How to Graph the Sine Function with Multiple Transformations
Section 2:
How to Graph the Cosine Function
How to Graph the Cosine Function with Multiple Transformations
Section 3:
Extra: Regarding the sine and cosine graphs, you are given extra hand-written examples and concepts, showing every step.
Section 4:
How to Graph the Tangent Function
How to Graph the Tangent Function with Transformations
Section 5:
How to Graph the Cotangent Function
How to Graph the Cotangent Function with Multiple Transformations
Section 6:
How to Graph the Secant Function
How to Graph the Secant Function with Transformations
Section 7:
How to Graph the Cosecant Function
How to Graph the Cosecant Function with Transformations
Section 8:
Extra: Regarding the Tangent, Cotangent, Secant, and Cosecant graphs, you are given extra hand-written examples and concepts, showing every step.
For each section, you are given:
1. An reading (attached as a resource) explaining concepts, details, and the example that is used in the video.
2. A video showing a visual of the example in the article.
If you watch each video and read each article, you will have a good understanding for how to graph the six trig functions with transformations.
I hope that I can assist you on your math journey!
Sincerely,
MathAngel369