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Electric Circuits·power-extremum-in-time-varying-circuit

Power Extremum In Time Varying Circuit

Given voltage and current as functions of time in an electrical circuit, find the time at which instantaneous power reaches its maximum value. The power is the product of voltage and current; use calculus to locate the extremum.

✓ All 2 test cases pass.

Inputs

Test cases

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#InputsExpectedGotStatus
1{"voltage_coefficient":80000,"voltage_exponent":500,"current_coefficient":15,"current_exponent":500}0.0020.002
2{"voltage_coefficient":100000,"voltage_exponent":1000,"current_coefficient":10,"current_exponent":1000}0.0010.001
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Endpoint
POST/api/calculators/electric-circuits/power-extremum-in-time-varying-circuit/compute
Inputs (4)
  • voltage_coefficientnumberdefault 80000
  • voltage_exponentnumberdefault 500
  • current_coefficientnumberdefault 15
  • current_exponentnumberdefault 500
Example
curl -sX POST http://localhost:3001/api/calculators/electric-circuits/power-extremum-in-time-varying-circuit/compute \
  -H "Content-Type: application/json" \
  -d '{"inputs":{"voltage_coefficient":80000,"voltage_exponent":500,"current_coefficient":15,"current_exponent":500}}'
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Source: Pattern from: James W. Nilsson, Susan A. Riedel - Electric Circuits 11e - Instructor’s Solution Manual-Pearson (2019).pdf. Reproduces a standard power-extremum-in-time-varying-circuit computation; problem text paraphrased.

AI disclosure: Calculator code generated by anthropic/claude-haiku-4-5-20251001; verified by 2 test cases.