What term describes the time for one complete cycle of oscillation?

What term describes the time for one complete cycle of oscillation?

• A. Frequency
• B. Wavelength
• C. Period
• D. Phase

Answer: (C)

Period is the time for one complete cycle of oscillation. It tells you how long a single cycle lasts, usually in seconds. The period is the reciprocal of the frequency, which is how many cycles occur each second (f = 1/T). Wavelength is the length of one cycle in space, not time, and depends on the wave’s speed and frequency (λ = v / f = v × T). Phase describes where in the cycle you are at a given moment, often in degrees or radians. For example, if one cycle takes 0.02 seconds, the period is 0.02 s and the frequency is 50 Hz.

Period is the time for one complete cycle of oscillation. It tells you how long a single cycle lasts, usually in seconds. The period is the reciprocal of the frequency, which is how many cycles occur each second (f = 1/T). Wavelength is the length of one cycle in space, not time, and depends on the wave’s speed and frequency (λ = v / f = v × T). Phase describes where in the cycle you are at a given moment, often in degrees or radians. For example, if one cycle takes 0.02 seconds, the period is 0.02 s and the frequency is 50 Hz.