Amplitude and period of each function

    • [DOC File]Period and Amplitude - Iona Prep

      https://info.5y1.org/amplitude-and-period-of-each-function_1_4863be.html

      Apr 25, 2007 · Conclusion: the amplitude of y = a. cos x is D. Repeat for y = tan x, y = 4 tan x and y = ⅓ tan x. What is the amplitude of each function? E. Example: Find the amplitude and period of each function and draw one period of its graph starting at the origin. The number of degrees in the period is the ending point of the cycle and should be labeled.

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    • [DOC File]Amplitude and Period for Sine and Cosine Functions Worksheet

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      Give the amplitude and period of each function. Then sketch the graph of the function over the interval 0 ≤ x ≤ 2(. 13. y = 3 sin x Amplitude: Period: 14. y = 2 cos x Amplitude: Period: 15. y = 4 cos 4x Amplitude: Period: 16. y = 2 sin 2x Amplitude: Period: 17. y = 4 sin (3x) Amplitude: Per

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    • [DOC File]Amplitude and Period for Sine and Cosine Functions Worksheet

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      Determine the amplitude and period of each function. (Write Period in Radians) 1. y = sin 4x 2. y = cos 5x 3. y = 2 sin x. ... Give the amplitude and period of each function graphed below. Then write an equation of each graph using both sine and cosine. 7. 8.

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    • [DOC File]Amplitude and Period for Sine and Cosine Functions Worksheet

      https://info.5y1.org/amplitude-and-period-of-each-function_1_589264.html

      Determine the amplitude and period of each function. 1. y = sin 4x 2. y = cos 5x 3. y = 2 sin x Period: Amplitude: 4. y = –4 sin 3x 5. y = 2 sin (–4x) 6. y = 3 sin x. Period: Amplitude: Give the amplitude and period of each function graphed below.

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