Sunrise & Sunset in Al Marqab, Libya 🇱🇾 Today

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02:24:21 EET
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Al Marqab is a district in Libya. This page combines its current local time and time zone information using Al Khums as a representative location, plus today's sunrise, sunset, twilight, and daylight duration. Browse 1 listed city in Al Marqab below for location-specific solar times.

Across Al Marqab, Libya, expect sunrise near 07:32 and sunset near 18:02 today, for about 10h 30m of daylight (based on Al Khums).

Solar times here are based on Al Khums, keeping +02:00 time — Pick a city below to see exact sun times, golden hour and how daylight changes through the year.

Country: Libya 🇱🇾

Population: 432,202

Time Zone: EET

Representative IANA Timezone: Africa/Tripoli

UTC Offset: UTC+02:00

The time for Al Marqab shown above is based on the time in its most populous city, Al Khums . Times for other cities within the region may vary.

Cities in Al Marqab District

CityCurrent Time
Al Khums Sat 02:24

IANA Timezones in Al Marqab District

  • Africa/Tripoli Sat 02:24
TimezoneCurrent Time
Africa/Tripoli Sat 02:24

Frequently Asked Questions about Al Marqab

What time does the sun rise and set in Al Marqab today?

Today in Al Marqab, Libya the sun rises around 07:32 and sets around 18:02, giving about 10h 30m of daylight (based on Al Khums).

How many hours of daylight does Al Marqab get today?

Al Marqab, Libya gets about 10h 30m of daylight today. Open a city below for its exact figure and how it changes month to month.

What time zone is Al Marqab in?

Al Marqab, Libya uses UTC offset +02:00 and the Africa/Tripoli time zone. All sun and clock times on this page use that local time, with daylight saving applied automatically.

Which cities in Al Marqab can I get sun times for?

We list 1 city across this district, including Al Khums. Select any of them below for daily sunrise, sunset, twilight and day-length times.

How accurate are these sunrise and sunset times?

They are computed from each place's exact latitude, longitude and time zone using standard astronomical algorithms, accurate to about a minute.