iRubric: Quiz - Graphing Trigonometric Functions rubric

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Quiz - Graphing Trigonometric Functions

Rubric Code: EXX5C4

By EugeneG

Ready to use

Public Rubric

Subject: Math

Type: Quiz

Grade Levels: 6-8, 9-12, Undergraduate

ISU
	Poor 1 pts	Fair 2 pts	Good 3 pts	Excellent 4 pts
Communication	Poor Explains why the graphs of y=sin(x) & y=cos(x) are shaped like a wave, uses proper terminology when describing transformations and defines period & cycle of sinusoidal functions with limited effectiveness.	Fair Explains why the graphs of y=sin(x) & y=cos(x) are shaped like a wave, uses proper terminology when describing transformations and defines period & cycle of sinusoidal functions with some effectiveness.	Good Explains why the graphs of y=sin(x) & y=cos(x) are shaped like a wave, uses proper terminology when describing transformations and defines period & cycle of sinusoidal functions with considerable effectiveness.	Excellent Explains why the graphs of y=sin(x) & y=cos(x) are shaped like a wave, uses proper terminology when describing transformations and defines period & cycle of sinusoidal functions with a high degree of effectiveness.
Knowledge & Understanding	Poor Demonstrates limited knowledge of simple periodic / sinusoidal functions as well as limited understanding of their concepts (i.e. the unit circle).	Fair Demonstrates some knowledge of simple periodic / sinusoidal functions as well as some understanding of their concepts (i.e. the unit circle).	Good Demonstrates considerable knowledge of simple periodic / sinusoidal functions as well as considerable understanding of their concepts (i.e. the unit circle).	Excellent Demonstrates outstanding knowledge of simple periodic / sinusoidal functions as well as outstanding understanding of their concepts (i.e. the unit circle).
Application	Poor Able to graph more complex sinusoidal functions such as y=2cos(x-p/3)+1 and state / explain its key features (domain, range, amplitude, phase shift) with limited effectiveness.	Fair Able to graph more complex sinusoidal functions such as y=2cos(x-p/3)+1 and state / explain its key features (domain, range, amplitude, phase shift) with some effectiveness.	Good Able to graph more complex sinusoidal functions such as y=2cos(x-p/3)+1 and state / explain its key features (domain, range, amplitude, phase shift) with considerable effectiveness.	Excellent Able to graph more complex sinusoidal functions such as y=2cos(x-p/3)+1 and state / explain its key features (domain, range, amplitude, phase shift) with a high degree of effectiveness.
Problem Solving	Poor Able to determine both the sine and cosine equation of a sinusoidal curve as well as determine the values for which the sine and cosine curves coincides with limited effectiveness.	Fair Able to determine both the sine and cosine equation of a sinusoidal curve as well as determine the values for which the sine and cosine curves coincides with some effectiveness.	Good Able to determine both the sine and cosine equation of a sinusoidal curve as well as determine the values for which the sine and cosine curves coincides with considerable effectiveness.	Excellent Able to determine both the sine and cosine equation of a sinusoidal curve as well as determine the values for which the sine and cosine curves coincides with a high degree of effectiveness.

Subjects:

Math

Types:

Quiz

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