Final answer:
To determine the output voltage V for a bridge rectifier with a peak output of 14 V, additional context is needed. Typically, the output peak voltage is approximate to the input peak voltage if diode drops are not considered. Diode voltage drops should be accounted for to provide a more accurate output voltage.
Step-by-step explanation:
The student has asked to determine the output voltage V when a bridge rectifier has a peak output voltage of 14 V. In the information provided, there are details about a transformer and the frequency of the input voltage, as well as values given for the filter components after the rectifier, which include a capacitor and a resistor. With the given parameters, there are many ways to approach the problem depending on additional context that might be missing from the prompt.
However, without specific formulas or additional context regarding the type of transformer or the configuration of the bridge rectifier, it is challenging to provide an exact answer. Generally, for a full-wave bridge rectifier, the peak output voltage (without considering diode drops) is approximately equal to the peak input voltage. If diode drops are considered, this value would be reduced based on the forward voltage drop across each diode in the rectifier circuit.