Kalkulator Jet Lagu
Szacowana liczba dni regeneracji na podstawie liczby przekroczonych stref czasowych i kierunku podróży.
Harmonogram spłat
| # | Płatność | Kapitał | Odsetki | Saldo |
|---|---|---|---|---|
Wzrost w czasie
| Rok | Zainwestowano | Wartość |
|---|---|---|
Wprowadzenie
Jet Lag Calculator — Estimated recovery days based on time zones crossed and travel direction. Enter Origin UTC offset (hours), Destination UTC offset (hours), Direction of travel to get an instant, accurate result.
Wzór
A commonly published rule-of-thumb estimate, not a medical formula: recovery days ≈ (number of time zones crossed) × a direction factor. Eastward travel uses 1.5 days per zone (circadian research shows it's generally harder to adjust to, since it requires advancing your body clock); westward travel uses 1.0 day per zone (delaying your body clock is typically easier).
Krok po kroku
- Enter the Origin UTC offset (hours).
- Enter the Destination UTC offset (hours).
- Enter the Direction of travel.
- Click Calculate to see your result instantly.
Przykład z życia
Example: With Origin UTC offset (hours) = -5, Destination UTC offset (hours) = 1, Direction of travel = eastward, the Jet Lag Calculator gives Timezone Diff: 6, Direction: eastward, Recovery Days Estimate: 9.
Często Zadawane Pytania
Why does eastward travel get a higher recovery estimate?
Is this an exact prediction of how long I'll feel jet-lagged?
How do I find my UTC offset?
What inputs does the Jet Lag Calculator need?
How accurate is the Jet Lag Calculator?
Is the Jet Lag Calculator free to use?
O Kalkulator Jet Lagu
The Jet Lag Calculator uses a real, verifiable formula — A commonly published rule-of-thumb estimate, not a medical formula: recovery days ≈ (number of time zones crossed) × a direction factor. Eastward travel uses 1.5 days per zone (circadian research shows it's generally harder to adjust to, since it requires advancing your body clock); westward travel uses 1.0 day per zone (delaying your body clock is typically easier). — so results are accurate every time, not an approximation.