نتائج البحث
عرض كل النتائج
Wiply Wiply Wiply
الرئيسية
المقاطع القصيرة
المجموعات
الصفحات
شاهد المزيد
المجموعات الصفحات المناسبات مفاوضاتي
انضم إلينا
تسجيل الدخول تسجيل
الوضع المظلم
البحث
المنشورات
المستخدمون
الصفحات
المجموعات
المناسبات
  • Ramses Meredith @Ramses شارك رابطًا
    2025-12-26 15:00:00 ·
    https://www.imo.net/meteor-activity-outlook-for-27-december-2025-2-january-2026/

    #Science #Physics
    https://www.imo.net/meteor-activity-outlook-for-27-december-2025-2-january-2026/ #Science #Physics
    Meteor Activity Outlook for 27 December 2025 – 2 January 2026
    www.imo.net
    During this period, the moon’s phase will reach its first quarter phase on Saturday December 27th. At that time, the half-illuminated moon will set just prior to midnight (Dec. 28th). The morning hours will be free of moonlight...
    Like
    1
    · 0 التعليقات ·0 المشاركات ·388 مشاهدة
    الرجاء تسجيل الدخول , للأعجاب والمشاركة والتعليق على هذا!
  • Ramses Meredith @Ramses أضاف صورة
    2025-08-05 06:36:27 ·
    🔊 Ever wondered how sound actually travels?

    It’s not just a "wave"—it’s a pulsating bubble of energy! 🌐

    This mind-blowing graphic breaks it down: sound expands spherically as compressions and rarefactions, moving at 761 mph at sea level (but slows to 684 mph at Everest’s peak!).

    The math? A simple sine wave equation captures its rhythm: x(t) = A sin(2πt/T + φ). 🤯

    From sonic events to wavelengths, sound is pure physics magic!

    What’s the loudest sound you’ve ever heard?
    Drop it in the comments, and let’s see how many sound enthusiasts are out there! 🔉

    Share this with your science-loving friends—let’s make some noise together! #SoundScience #PhysicsFacts #MindBlown #engineering #science
    🔊 Ever wondered how sound actually travels? It’s not just a "wave"—it’s a pulsating bubble of energy! 🌐 This mind-blowing graphic breaks it down: sound expands spherically as compressions and rarefactions, moving at 761 mph at sea level (but slows to 684 mph at Everest’s peak!). The math? A simple sine wave equation captures its rhythm: x(t) = A sin(2πt/T + φ). 🤯 From sonic events to wavelengths, sound is pure physics magic! What’s the loudest sound you’ve ever heard? Drop it in the comments, and let’s see how many sound enthusiasts are out there! 🔉 Share this with your science-loving friends—let’s make some noise together! #SoundScience #PhysicsFacts #MindBlown #engineering #science
    0 التعليقات ·0 المشاركات ·20K مشاهدة
    الرجاء تسجيل الدخول , للأعجاب والمشاركة والتعليق على هذا!
ترقية الحساب
اختر الخطة التي تناسبك
ترقية
© 2025 Wiply
العربية
English Italiano Français Danish Iceland Polska Magyar Eesti Ελληνικά Dutch Deutsch Português Español Romaian Українська Русский Türkçe 简体中文 Dari العربية Japanese Português brasileiro
حول الشروط الخصوصية Community Guideline اتصل بنا الدليل المطوريين