Random Masters - Download Randomly Generated Mathematics Worksheets for Primary and High School in Excel or PDF Format

Worksheets in this category provide student with practice in working with trig equations (periodic functions).

Worksheet Name	Files
Angular Measure		Provides practice in converting between angles expressed in degrees, radians and sexagesimal notation (degrees, minutes and seconds).
Exact Values of Trig Ratios		Provides practice at finding exact trig values with angles expressed in radian measure.
Trig Ratios and the Unit Circle: DEMONSTRATION		This worksheet is a teacher demonstration of the values of trig ratios about the unit circle. Ideal for multimedia projection, it allows teachers to readily explain how to determine the “sign” of each of the trig ratios in each of the four quadrants of the unit circle.
Solving for Theta Using CAST		Provides practice in solving for angles about the unit circle given values of trig functions. Customisable to have answers expressed in either radians or degrees.
Solving Trig Equations 1		Provides practice in solving simple trig equations using exact values and unit triangles. Customisable - solutions can be expressed in either radians or degrees.
Solving Trig Equations 2		Provides students with practice in solving more complex trig equations
Solving Trig Equations - Families of Solutions		Provides practice in finding families of solutions to trig equations.
Understanding Graphs of Trig Functions		Provides students with practice in graphing trig equations based on changes in amplitude, period, phase shift and vertical shift.
Transformation of Periodic Functions		This worksheet allows students to apply transformation effects to sine and cosine graphs of the form f(x) = A sin(Bx + C) + D and f(x) = A cos(Bx + C) + D. A alters amplitude, B alters period/frequecy, C applies a phase shift, and D vertical shift.
Transformation of Periodic Functions: DEMONSTRATION		Ideal for mulitmedia projection, this worksheet shows shows how the graph of a periodic (trig) functions of the form y = A sin (Bx + C) + D or y = A cos (Bx + C) + D is transformed as the values of A, B, C and D are changed. It gives students a visual understanding of Amplitude, Period/Frequency, Phase Shift and Vertical Shift.
Differentiation of Trig Functions		Provides practice and applying calculus techniques to trig functions.
Tangents and Normals to Trig Functions		Provides practice and applying calculus techniques to find the equations of tangents and normals to trig functions.
Differentiation of Compound Trig Functions		Provides practice and applying calculus techniques to trig functions.
Integration of Trig Functions - Definite		Provides practice and applying calculus techniques to trig functions.
Linear and Angular Velocity - Applications		Provides practice in determining linear and angular velocity using real-world examples