Amplitude in a waveform describes what?

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Multiple Choice

Amplitude in a waveform describes what?

Explanation:
Amplitude describes how tall the waveform is—the maximum displacement from its resting baseline. It reflects the signal’s strength or intensity: a larger amplitude means a stronger signal. For a sine wave, the amplitude is the height from the baseline to the peak. This is different from duration (how long the signal lasts), the number of phases (how many distinct phase components the waveform has), or symmetry (how the waveform is mirrored around the baseline).

Amplitude describes how tall the waveform is—the maximum displacement from its resting baseline. It reflects the signal’s strength or intensity: a larger amplitude means a stronger signal. For a sine wave, the amplitude is the height from the baseline to the peak. This is different from duration (how long the signal lasts), the number of phases (how many distinct phase components the waveform has), or symmetry (how the waveform is mirrored around the baseline).

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