Voltage Divider

A voltage is a simple circuit that converts a large voltage into a smaller one. The figure above shows a voltage divider that consists of two resistors that together have a total resistance of 294 ohms. To produce the derised voltage of 330 volts, R_(2) must be 6 ohms less than twice R_(1) . Solving which of the following systems of equations gives the individual resistance for R_(1) and R_(2) ?

How will the applied voltage be divided among the capacitors?

Draw a labelled diagram of a full wave rectifier. Show how output voltage varies with time, if input voltage is a sinusoidal voltage.

An alternating voltage is represented by V = 240 sin 100 πt V. Find the peak voltage, rms voltage, frequency of the source.

Alternating Voltage Applied To Resistor|Alternating Voltage Applied To Inductor|Alternating Voltage Applied To Capacitor|Addition of Two SHM|R-L Circuits

In LCR series circuit source voltage is 120 volt and voltage in inductor 50 volt and resistance is 40 volt then determine voltage in capacitor.

In LCR series circuit source voltage is 120 volt and voltage in inductor 50 volt and resistance is 40 volt then determine voltage in capacitor.

KirchhOFf's Law||Potential Divider||Current Divider

Define Voltage sensitivity ?

A potential divider circuit is shown in figure.The output voltage V_(0) is: