What is the period of a 60 Hz sine wave?

approximately 16.6 milliseconds
The time between two identical points on a sine wave is called the period, and at a frequency of 60Hz (60 cycles per second) there will be a period of approximately 16.6 milliseconds, as shown in the diagram.

What is the period of a 60 Hz sine wave after it has been full wave rectified?

The period of a sine wave is 1 divided by its frequency. Hence the period of a 60Hz sinewave is 1/60 = 0.0167 SEC.

What is the period of a 50 Hz sine wave?

Hence, the time period of an object which is vibrating at 50 Hertz is 0.02 seconds.

What is the period of the 60 Hz AC electrical power in milliseconds with 3 or more significant figures?

16.7 milliseconds
Period is the reciprocal of frequency, which means go one divided by the frequency. And so we’re told that the frequency is 60 Hertz. So we have one divided by 60 Hertz gives us a period of 0.0167 seconds or 16.7 milliseconds.

How long is one cycle of a sine wave?

So we can say that one cycle happens every T seconds, and in our particular case, it’s one cycle per 0.02 seconds, and if take the reciprocal of 0.02, we get the answer to be, that’s 50 cycles per second.

What is the period of a 120hz sine wave?

The 60 Hz wave has a period of 0.0166 seconds (16.6 mS) and the 120 Hz wave has a period of 0.00833 seconds (8.33 mS). Notice that higher frequencies have shorter periods.

How many cycles does a sine wave go through in 10’s when its frequency is 60 Hz?

600 cycles cycles does a sine wave go through in 10s when its frequency is 60HZ.

What is the period of AC?

The time it takes for one complete cycle of the AC signal is called the period. The unit of measurement for the period is seconds (s). The frequency of alternating current signal is the number of cycles in a single second. Frequency is measured in hertz (Hz).

What is the period of wave with frequency 0.5 Hz?

T is the time it takes for one complete oscillation , it is measured in seconds. All waves, including sound waves and electromagnetic waves , follow this equation. For example, a wave with a time period of 2 seconds has a frequency of 1 ÷ 2 = 0.5 Hz. A sound wave has a time period of 0.0001 seconds.

What is the period of a 60Hz sinewave?

The period of a sine wave is 1 divided by its frequency. Hence the period of a 60Hz sinewave is 1/60 = 0.0167 SEC. The period T is the time required to complete one cycle. The frequency is the number of cycles in one unit of time.T=1/fIn your your case, the sinewave has 60 cycles per second.

What does 6060 cycles in an AC sine wave mean?

60 cycles in an AC sine wave, means that the system is operating with a supply that has a frequency of 60hz = 60 cycles per second. Therefore, the cycle time for such a system is 1/60 seconds (16.67 ms). Each cycle comprises, one positive going voltage duration and one negative going voltage duration.

How do you find the period of a 6 second wave?

In the above image, we have 2 cycles for 6 seconds so 2 divided by 6 is 0.3 Hertz. To measure the period of a wave, take the inverse of frequency. As previously, we have calculated frequency so for 0.3 Hertz frequency the time period is 1 divided by 0.3 which is equal to 3.3 seconds.

What is the frequency of 60 cycles in a second?

If 60 cycles pass in 1 second, your period is (1/60) seconds. Frequency is just another representation of how long does one cycle take to complete in time domain. 1 cycle/60 cycles per second. Cycles cancel and seconds comes up to the numerator by rules of math.