Will current flow in a circuit with two opposing diodes and a DC source?

AI Thread Summary
In the discussed circuit with two opposing diodes and a DC source, current cannot flow through the bulb due to the arrangement of the diodes. According to Kirchhoff's loop rule, the potential difference across the bulb is zero, indicating no current flow. The opposing orientation of the diodes effectively blocks any current from circulating in the circuit. Therefore, the current does not get trapped in the second branch or flow continuously around the loop. The overall conclusion is that the circuit will not allow current to flow.
FeDeX_LaTeX
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Hi;

Consider this circuit (ignore my bad drawing):

http://img63.imageshack.us/img63/3967/diodes.png

In the picture there is one cell, two diodes and a bulb. Will the current get trapped in the second branch and continuously flow around that loop?

Thanks.
 
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FeDeX_LaTeX said:
Hi;

Consider this circuit (ignore my bad drawing):

http://img63.imageshack.us/img63/3967/diodes.png

In the picture there is one cell, two diodes and a bulb. Will the current get trapped in the second branch and continuously flow around that loop?

Thanks.

According to Kirchhoff's loop rule,applied to the loop on the right, the potential difference across the bulb must be 0, so no current can flow through it.
 
Last edited by a moderator:
Well, no current will flow anyway because of the fact that the two diodes are facing each other and you have indicated a DC source.
 
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