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ظاهرة فلكية

طلوع القمر من الغرب

هل تعلم أن القمر يطلَع من الغرب؟

هل تعلم لماذا يبدأ الشهر القمري ببداية ظهوره هلال وقت المغرب جهة الغرب؟

هل تعلم لماذا لا نرى القمر في نفس المكان والوقت الذي كان فيه الليلة الماضية؟

هل تعلم لماذا يتأخر موعد طلوع القمر كل ليلة بنحو 50 دقيقة عن الليلة السابقة؟

هل تعلم لماذا لا يظل القمر هلالاً؟

كل هذه الأسئلة الإجابة عليها هي طلوع القمر من الغرب..

قد لا تُصَدِق أن سبب تأخر طلوع القمر بنحو 50 دقيقة هذه الليلة، عن موعد طلوعه الليلة الماضية، ناجم عن سبب طلوعه من الغرب..
#قمر #new #فلك #قصص #أخبار
#علوم #السعودية #اليمن مصر

Astronomical Phenomenon
Moonrise in the West

Did you know that the moon rises in the west?

Do you know why the lunar month begins with the appearance of a crescent moon at sunset in the west?

Do you know why we don't see the moon in the same place and time as the previous night?

Do you know why the moon rises approximately 50 minutes later each night than the previous night?

Do you know why the moon doesn't remain a crescent?

The answer to all these questions is that the moon rises in the west.

You may not believe that the reason the moon rose about 50 minutes later tonight than last night was because it rose in the west.

But how does that happen?

Here's a simple explanation:

The moon orbits the Earth once every 29.5 days. Each cycle is called a lunar month. During this cycle, the moon goes through all the phases we see it in, from crescent to first quarter to gibbous to full moon, then gibbous to second quarter, crescent, and new moon. However, we do not see it during this phase.

The moon orbits the Earth from west to east, so the lunar month begins with the moon appearing as a crescent in the west. This is because its eastward rotation causes the sun to set before it.

However, despite the moon rising in the west, the Earth's rotation causes the moon, which begins the first day of its month as a crescent in the west, to return to the west, just like the sun, planets, and stars.

However, the moon continues its journey from west to east. On the following night at the beginning of the lunar month, we find that the moon has moved slightly back towards the east. Thus, it continues its monthly journey from west to east until the sun rises or sets before it, and begins a new cycle from west to east, and so on.

The moon rises in the west and sets in the east once during each lunar month. If its orbit around Earth took 20 hours instead of 29 days, we would observe it rising in the west and setting in the east.

But what if the moon orbited from east to west?

If the moon orbited the Earth from east to west, its rise would precede sunrise by 50 minutes each day. This would result in the lunar month beginning when we see a crescent in the east before sunrise, because its rise the following day would be earlier than today's. Thus, its rise would continue to precede the full moon by 50 minutes until it reaches the middle of the month, when its rise would precede sunset. It would continue to precede the full moon until the end of the lunar month with a crescent seen in the west before sunset. The new month begins at dawn the following day with a crescent seen in the east before sunrise, after it precedes the sun. This would be if the moon orbited from east to west.

However, because the moon orbits the Earth from west to east, this causes its sunset to be delayed by 50 minutes each day, causing it to appear as a crescent in the west after sunset at the beginning of the lunar month.

The phases that the moon goes through and that we see it in, whether crescent, full, or otherwise, are the result of a slight time difference that causes it to lag 50 minutes each day compared to the previous day. This is due to the nature of the moon's rotation around the Earth, which causes its rising and setting not to coincide with the rising and setting of the sun. If the nature of the moon's rotation around the Earth meant that its rising and setting occurred at the same time, the moon would still be in one of the lunar phases, whether full, crescent, or otherwise.

#Bodomedia #Astronomy #New #Stories #Moon #Astronomical_Phenomenon
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