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Created by Adam Collinge
about 12 years ago
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| Question | Answer |
| How are parallel circuits connected? | Each component is separetly connected to the +ve and -ve of all the supply |
| What happens if you remove or disconnect a component in a parallel circuit? | It will hardly affect the others at all |
| How is P.D distributed across a parallel circuit? | The P.D is the same across of components |
| What does the voltage being the same across all components in a parallel circuit do to components? Use bulbs as an example | They all work at the same levels, e.g the same brightness in bulbs |
| How is current distributed in a parallel circuit? | It is shared between branches |
| In parallel circuits, what is the total current flowing around the circuit equal to? | The total of all the currents through separate components, e.g A=A1+A2+A3 |
| What makes a circuit parallel? | It has junctions in the wiring, where the current either splits or rejoins |
| The total current going into the junction... | ... has to equal the total current leaving the junction |
| When will the same amount of current flow through two components? | When they are identical and connected in parallel |
| What are the two devices that are exceptions to the series and parallel rules? | Ammeters and voltmeters |
| How are ammeters always connected? | In series even in a parallel circuit |
| How are voltmeters always connected? | Parallel with a component even in a series circuit |
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