the number u are seeking is 0.639
Voltage does not have a waveform. The waveform is based upon the frequency of the voltage or current. A battery (any voltage) does not waveform, however the voltage coming into your house (US) has a frequency of 60 Hz. The length of the 60 hz waveformLength (in centimeters) = (3 x (10 ** 10))/ Frequency in hz =500 000 000 cm
Voltage and frequency are independent quantities.AnswerBecause the r.m.s. value is dependent on the shape of the waveform, not its frequency. The average value of any symmetrical waveform is zero and is independent of frequency.
rectangular
You don't. Transformers only work with AC voltage. Their input will be an AC waveform, and their output will be an AC waveform. Other electronics are used to convert the stepped down AC waveform from the transformer to DC.
Use an oscilloscope. That shows the voltage waveform and you can read the peak value.
60 seconds
To measure peak voltage using an oscilloscope, adjust the voltage scale setting on the vertical axis until the entire waveform is visible on the screen. Then, use the cursors or measurement tools on the oscilloscope to determine the maximum amplitude of the waveform, which represents the peak voltage. You can directly read the peak-to-peak value if it's available, or calculate it by multiplying the peak voltage by 2 if only the peak amplitude is displayed.
no, dc volatage is a type of current direct current, ac is alternating current, average voltage could be any type of voltage ac or dc that maintains a constant rangeAnswerNo. A DC voltage is exactly equivalent to an AC rms-voltage. So, for example, 100 V (DC) is exactly equivalent to 100 V (AC rms). The average value of an AC waveform is zero.
Frequency.
There is such a thing as "RMS power", but it's not useful for anything, so don't use the term. No one measures the RMS of the power waveform. What they do is measure the RMS of a voltage waveform, and then use that to derive the averagepower. The correct term is "average power", not "RMS power". You could measure the RMS of the power waveform instead of the average, but your measurement would be 1.2 times too high.
Form factor in electrical engineering refers to the ratio of the effective (RMS) value of a periodic waveform to its peak value. It is used to quantify the shape of the waveform and is commonly used in power engineering to calculate the effective value of AC voltage or current. A waveform with a higher form factor indicates a more peaked shape, while a lower form factor indicates a more sinusoidal shape.