Concept — Rules for combining resistors in a network.
Present in chapters
15
Linked atoms
28 atoms linked.
15 Electric circuits
- Worked example — Measurement with the Wheatstone bridge
- Worked example — Mixed series-and-parallel network
- Worked example — Infinite ladder (R_A=1, R_B=3)
- Worked example — Infinite ladder (R_A=2, R_B=4)
- Worked example — Series vs parallel: total power
- The golden case: equal resistors
- The self-similarity trick
- The voltmeter
- Wheatstone bridge
- Problem — series chain with different bulbs
- Problem — voltage divider
- Problem — two resistors in parallel
- Problem — bulb off in series
- Problem — bulbs in series and in parallel
- Problem — bulbs in series or in parallel
- Problem — Christmas lights in series
- Problem — Wheatstone bridge, unknown resistance
- Problem — resistance of an infinite ladder
- Problem — equivalent series-parallel resistance
- Problem — resistors in parallel
- Problem — resistors in series
- Problem — three bulbs A, B, C
- Problem — three resistors, series and parallel
- Problem — true or false on series and parallel
- Problem — Balanced Wheatstone bridge
- Resistors in parallel
- Resistors in series
- Progressive simplification