Period and frequency sine
[DOC File]Name:_____________________________Date:_______________Time
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Amplitude = max, Sine wave. Frequency from the function generator display (Hz) From Scope Display Readings Period Period (sec) Frequency (Hz) 100 1000 10,000 100,000 500,000 1000,000 E. Purpose: To measure the inductance (L) of an inductor coil using the resonance of R-L-C circuit.
[DOC File]PSpice Notes
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Remember that the period (seconds) = 1/frequency (Hz), i.,e, if you are using a 1kHz sine wave, it has a 1/1kHz=1ms period, so use a Run to time of 5ms for 5 periods. Set the Maximum step size to be much smaller than the period. i.,e, for a 1kHz sine wave: It has a 1ms period…
[DOC File]Graphing Sine and Cosine – Worksheet #1
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Amplitude: 3 Period: Amplitude: 2 Period: Phase shift: N/A Vertical shift: Down 2 Phase shift: N/A Vertical shift: Up 1 Graphing Sine and Cosine Fill in the blanks and graph. 9) 10) Domain: Range: Domain: Range: Amplitude: 2 Period: Amplitude: 1 Period: π
[DOC File]Amplitude and Period for Sine and Cosine Functions Worksheet
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Name _____ Algebra 2 – More Practice with Sine and Cosine Graphs Period _____ Determine the amplitude and period of each function. (Write Period in Radians)
[DOC File]Math II Unit 6
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The frequency of a sine or cosine function refers to the number of times it repeats compared to the parent function’s period. Frequency is usually associated with the unit Hertz or oscillations/second and measures the number of repeated cycles per second. The frequency and period are reciprocals of each other. Example: Determine the equation ...
Algebra II/ Trig Honors Graphing Trig Functions Review ...
# Function Amplitude Period Phase Shift Vertical. Shift 7. Cosine 0.6 4( None None 8. Sine 5 None Up 2 9. Cosine 15 4( Left Down 10 10. Sine Right none Find the equation of each graph: (assume no phase shifts have taken place) 11. 12. 13. Graph at least two cycles of each equation. Label each quarter point and asymptote. 14. y = 3 sec 2x 15.
[DOC File]Notes for ORCAD PSpice
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Remember that the period (seconds) = 1/frequency (Hz), i.,e, if you are using a 1kHz sine wave, it has a 1/1kHz=1ms period, so use a Run to time of 5ms for 5 periods. d. Set the Maximum step size to be much smaller than the period. i.,e, for a 1kHz sine wave: It has a 1ms period…
[DOC File]University of Georgia
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The frequency of a sine or cosine function refers to the number of times it repeats compared to the parent function’s period. Frequency is usually associated with the unit Hertz or oscillations/second and measures the number of repeated cycles per second. The frequency and period are reciprocals of each other. Example: Determine the equation ...
[DOCX File]Experiment 1
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The period is denoted by the letter T and it is measured in units of seconds (sec). The frequency is defined as the number of times per second that the sine wave achieves the peak value of +A. Since adjacent peaks are separated by T sec, the wave achieves 1/T peaks per second. Hence the frequency f is equal to 1/T, and the units of frequency ...
[DOC File]University of Georgia
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period = = = The frequency of a sine or cosine function refers to the number of times it repeats compared to the parent function’s period. Frequency is usually associated with the unit Hertz or oscillations/second and measures the number of repeated cycles per second. The frequency and period are reciprocals of each other.
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