As we have seen, the voltage ( V ) drops that occur across resistors ( R ) in parallel circuits are equal in magnitude to the voltage of the source. In addition to this, the currents ( I ) within parallel circuits split apart ( and later recombine ) at nodes. The magnitude of theContinue reading “INTRODUCTION TO ELECTRONICS: The Current-Divider Formula“
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INTRODUCTION TO ELECTRONICS: Parallel Circuits
We have previously seen how all of the current ( I ) within a series circuit will pass through each resistor ( R ) situated within it. The sum of the energy drops that a coulomb ( C ) of charge loses as it traverses a circuit is equal to the voltage ( V )Continue reading “INTRODUCTION TO ELECTRONICS: Parallel Circuits“
RENAISSANCE PHYSICS 