Frequency Wey Doppler Effect Produce
Estimate how sound frequency change when movement dey along one line.
Your numbers
Frequency wey observer receive
Classical sound model along one line for medium wey no move; positive velocities mean approach. E no be relativistic light Doppler.
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Formula
Use fₒ = fₛ(c+vₒ)/(c−vₛ). fₛ na emitted frequency, c na sound speed for di medium, vₒ na observer velocity toward source, and vₛ na source velocity toward observer. Velocities need di same unit; both moving speeds must dey below sound speed.
Estimate how sound frequency change when movement dey along one line.
Example wey show the calculation
- Frequency wey source send out (Hz)
- 1000
- Speed of sound for the material (m/s)
- 343
- Speed wey observer dey move toward source (m/s)
- 0
- Speed wey source dey move toward observer (m/s)
- 34.3
- Frequency wey observer receive
- 1,111.11111111 Hz
Where e fit work and limits
Classical sound model along one line for medium wey no move; positive velocities mean approach. E no be relativistic light Doppler.
We check inputs for missing values and allowed ranges. Result wey pass the finite numeric range no go show. Rounding affect wetin display, while calculation use the model numeric precision.
Check your units and assumptions before you rely on result. Changing label no convert currency or physical unit.
Version of di formula: 8ced4789d112 · Example don get check: