including a full wave rectifier in an AC circuit will yield a ----- current. A)intermittent direct. B)intermittent alternating. C)continuous direct. D)continuous alternating.
Full wave rectifier will reverse the negative waves, making the output voltage waveform like continuous hills.
See the graph Vout. As for your answers, none of them are really good, C is the best one, as long as one does not mean by "continuous" constant. It takes a filter to make the DC constant.
the answer is c
answer is c
The correct answer is C) continuous direct.
To verify the answer, let's go through the explanation step by step:
A full wave rectifier is used to convert alternating current (AC) to direct current (DC). It does this by ensuring that both halves of the AC waveform are utilized for rectification. In other words, it rectifies both the positive and negative portions of the input waveform.
The rectification process in a full wave rectifier involves using diodes to allow current to flow only in one direction. As a result, the negative portion of the AC waveform is inverted to become positive, combining with the positive portion to yield a continuous positive waveform.
Since the rectification process converts the alternating current into a continuous positive waveform, the correct answer is C) continuous direct current. However, it is worth noting that the output voltage may still contain some fluctuations or ripple, which is why a filter is often used to smooth out the waveform and make the DC voltage more constant.
Therefore, based on the explanation and the characteristics of a full wave rectifier, the correct answer is indeed C) continuous direct.