Pi, <span style="font-weight: 400; opacity: 0.7;">Ouest</span> Judaism Prayer Schedule

5.2947° N, 10.3565° E · Cameroon

Accurate Jewish Zmanim for Pi

Welcome to your comprehensive guide for daily Jewish Zmanim in Pi, Cameroon (5.2947° N, 10.3565° E). Whether you are a local resident, exploring the area, or traveling internationally, our programmatic scheduling ensures you have the most reliable timings at your fingertips.

Today's schedule begins beautifully with Alot Hashachar at 3:49 AM, followed by Chatzot / Midday at 11:18 AM, and Mincha at 2:43 PM. The sun will officially set in Pi at precisely 5:29 PM, initiating Shekiya / Sunset.

All calculations are strictly handled using standard regional methodologies (Muslim World League). Bookmark this page to track future schedules, download your monthly printable calendar for offline use, and stay perfectly aligned.

Today at a glance

--:--:--
Alot Hashachar
3:49 AM
Netz Hachama
5:04 AM
Chatzot / Midday
11:18 AM
Mincha
2:43 PM
Shekiya / Sunset
5:29 PM
Tzeit Hakochavim
6:40 PM

Frequently Asked Questions for Pi

Which Halachic standard is used for Pi Zmanim?

We utilize the standard Halachic astronomical calculations for Pi, including Alot Hashachar (dawn), Chatzot (midday), and Tzeit Hakochavim (nightfall). These are calibrated to the specific horizon offsets of Pi to ensure accurate observance.

Is there a monthly Zmanim printable calendar for Pi?

Yes! Just click the "Monthly Calendar" button above to generate a beautifully aligned, print-ready PDF schedule for your local observing area in Pi.

Why does the Muslim World League use 18° and 17°?

The Muslim World League (MWL) standard defines Fajr (dawn) at 18° below the horizon, and Isha at 17° in the evening, signaling the onset of complete darkness for your local Pi coordinates.

How does MWL differ from the University of Karachi method?

While both use 18° for Fajr, the University of Islamic Sciences in Karachi uses a more symmetrical 18° for Isha as well. This usually results in a slightly later Isha time compared to the MWL standard in Pi.

Is the MWL method better for high-latitude cities like Pi?

In northern or high-latitude cities where the sun may not reach 18° below the horizon during summer, the MWL method often utilizes adjustments to ensure prayer times remain manageable for the local community.

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