Kalkulator Pergeseran Frekuensi Efek Doppler
Hitung frekuensi gelombang yang terdengar oleh pengamat, frekuensi asli sumber bunyi, kecepatan gerak sumber, atau kecepatan pengamat.
Apparent pitch or frequency measured by stationary observer
True rest frequency emitted by the moving source
Velocity of source toward observer (+ approaching, - receding)
Propagation velocity in the medium (343 m/s for air)
Langkah Perhitungan
The classical Doppler Effect calculates the apparent shift in wave frequency f_obs when a source moving at velocity v_src approaches an observer in a medium of wave speed c: f_obs = f_src × c / (c - v_src).
Nilai Referensi Nyata
Drops -7.5% below rest pitch once receding
Wavefronts pile up into a Mach shock cone
Two-way reflection doubles the frequency shift
Tabel Perbandingan 20 Baris
Observed Frequency (f_obs) · Source Emitted Frequency (f_src)
| # | Source Emitted Frequency (Hz) | Observed Frequency (Hz) | Δ % |
|---|---|---|---|
| 01 | 700 HzAktif | 762.2222 Hz | 0.00% |
| 02 | 7,236,879.89 Hz | 7,880,158.10 Hz | +1033739.98% |
| 03 | 14,473,758.78 Hz | 15,760,315.11 Hz | +2067579.83% |
| 04 | 21,710,637.66 Hz | 23,640,472.12 Hz | +3101419.67% |
| 05 | 28,947,516.55 Hz | 31,520,629.13 Hz | +4135259.51% |
| 06 | 36,184,395.44 Hz | 39,400,786.14 Hz | +5169099.35% |
| 07 | 43,421,274.33 Hz | 47,280,943.15 Hz | +6202939.19% |
| 08 | 50,658,153.21 Hz | 55,161,100.16 Hz | +7236779.03% |
| 09 | 57,895,032.10 Hz | 63,041,257.18 Hz | +8270618.87% |
| 10 | 65,131,910.99 Hz | 70,921,414.19 Hz | +9304458.71% |
| 11 | 72,368,789.88 Hz | 78,801,571.20 Hz | +10338298.55% |
| 12 | 79,605,668.76 Hz | 86,681,728.21 Hz | +11372138.39% |
| 13 | 86,842,547.65 Hz | 94,561,885.22 Hz | +12405978.24% |
| 14 | 94,079,426.54 Hz | 102,442,042.23 Hz | +13439818.08% |
| 15 | 101,316,305.43 Hz | 110,322,199.24 Hz | +14473657.92% |
| 16 | 108,553,184.31 Hz | 118,202,356.25 Hz | +15507497.76% |
| 17 | 115,790,063.20 Hz | 126,082,513.26 Hz | +16541337.60% |
| 18 | 123,026,942.09 Hz | 133,962,670.27 Hz | +17575177.44% |
| 19 | 130,263,820.98 Hz | 141,842,827.28 Hz | +18609017.28% |
| 20 | 137,500,699.86 Hz | 149,722,984.29 Hz | +19642857.12% |
Pertanyaan yang Sering Diajukan (FAQ)
Bagaimana cara menggunakan alat Kalkulator Pergeseran Frekuensi Efek Doppler ini?+
Masukkan nilai parameter atau geser kontrol untuk menghitung dan memvisualisasikan Kalkulator Pergeseran Frekuensi Efek Doppler dengan rumus f_obs = f_src × (c / (c - v_src)) secara instan di browser Anda. Hitung frekuensi gelombang yang terdengar oleh pengamat, frekuensi asli sumber bunyi, kecepatan gerak sumber, atau kecepatan pengamat.
Apakah hasil dari Kalkulator Pergeseran Frekuensi Efek Doppler bisa diunduh atau dicetak?+
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