Home › AP Physics 2 › Physics › Circuits and DC Instruments › Combinations of series and parallel resistors ca…
Combinations of series and parallel resistors can be reduced to a single:
AEquivalent resistance
BEquivalent voltage
CEquivalent current
DEquivalent capacitance
Answer & Solution
Correct answer: A. Equivalent resistance
1. Complex networks can be simplified step by step.
2. Circuits may combine both series and parallel sections.
3. Combinations of series and parallel can be reduced to a single equivalent resistance.
4. That reduction uses a standard technique.
_Source: OpenStax College Physics for AP Courses 2e (CC BY 4.0), Ch 21 'Circuits and DC Instruments', sections 21.1-21.6_
Related questions
An ammeter wired in parallel rather than in series would fail to work because current mustKirchhoff's two rules together encode the conservation of which two quantities?Power dissipated by each resistor is described as considerably higher in parallel than in A battery's output voltage falls when it is depleted or overloaded because of its:The voltage measured across the output terminals of a source is called the:The name given to the driving influence of a voltage source is:All voltage sources are described as having two fundamental parts: an internal resistance Connecting resistors in parallel makes the current drawn from the source: