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Gerhana matahari terjadi ketika posisi bulan terletak di antara bumi dan matahari sehingga terlihat menutup sebagian atau seluruh cahaya matahari di langit bumi. Walaupun bulan berukuran sekitar 400 kali lebih kecil daripada matahari, bulan terletak sekitar 400 kali lebih dekat ke bumi sehingga kedua benda langit ini tampak hampir sama besar di langit bumi. Karena orbit bulan berbentuk elips, jaraknya dari bumi sedikit berubah-ubah sehingga kadang tampak lebih besar dan mampu menutupi matahari (menyebabkan gerhana total) atau kadang lebih kecil. Konsep Fisika pada Gerhana Matahari

Gerhana matahari terjadi ketika Bulan berada di antara Bumi dan Matahari, sehingga menghalangi sebagian atau seluruh cahaya Matahari. Fenomena ini dapat dijelaskan dengan beberapa konsep fisika:

1. Gerak Elliptik Bulan dan Bumi

Bulan dan Bumi bergerak mengelilingi Matahari pada lintasan berbentuk elips. Lintasan ini tidak sempurna, sehingga jarak antara Bulan dan Bumi selalu berubah. Pada saat gerhana matahari, Bulan berada di titik terdekat dengan Bumi pada orbitnya.

2. Ukuran Bulan dan Bumi

Bulan memiliki diameter sekitar 4 kali lebih kecil dari Bumi. Namun, karena jarak Bulan ke Bumi jauh lebih dekat dibandingkan Bulan ke Matahari, maka Bulan tampak cukup besar untuk menutupi Matahari saat gerhana.

3. Bayangan Bulan

Bulan memiliki dua jenis bayangan: umbra dan penumbra. Umbra adalah bayangan gelap di mana Matahari terhalang sepenuhnya oleh Bulan. Penumbra adalah bayangan pudar di mana Matahari terhalang sebagian oleh Bulan.

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Gerhana matahari terjadi ketika posisi bulan terletak di antara bumi dan matahari sehingga terlihat menutup sebagian atau seluruh cahaya matahari di langit bumi. Berdasarkan cara tertutupnya matahari, terdapat empat jenis gerhana matahari: gerhana matahari total, gerhana matahari cincin, gerhana matahari sebagian, dan gerhana matahari hibrida/campuran. Walaupun bulan berukuran sekitar 400 kali lebih kecil daripada matahari, bulan terletak sekitar 400 kali lebih dekat ke bumi sehingga kedua benda langit ini tampak hampir sama besar di langit bumi. Karena orbit bulan berbentuk elips, jaraknya dari bumi sedikit berubah-ubah sehingga kadang tampak lebih besar dan mampu menutupi matahari (menyebabkan gerhana total) atau kadang lebih kecil dan hanya dapat menyebabkan gerhana matahari cincin - Gerhana 3d - 3D model by Rimanafira

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Lapentor - Free 360° Virtual Tour Software

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In this article, we'll explore how to create free virtual tours on iPhone using the built-in Panorama feature. Virtual tours have become a popular tool across many industries, including real estate, tourism, and education. They provide a unique and immersive experience for viewers and allow...

Virtual tours have revolutionized the way we experience various locations, from museums and landmarks to businesses and real estate properties. These immersive experiences allow users to explore and interact with virtual environments as if they were physically present. One way to enhance virtual...

There are several reasons why exporting virtual tours using Lapentor's export feature can be highly useful for businesses. One of the most compelling benefits is the ability to back up your virtual tours or use them offline (with the help of some local web server). This feature is...

Apple has officially introduced its new virtual reality (VR) eyewear at the WWDC 2023 event. The product is called Apple Vision Pro and is designed to provide users with a premium and versatile virtual reality experience. "With Vision Pro, you are no longer limited by the screen," said...

Virtual tours have become increasingly popular in recent years, providing an immersive experience for viewers to explore space without physically being there. They are especially useful for real estate, hospitality, and tourism industries, but can also be used for personal projects and creative...

Learn how to add Virtual Tour on WordPress website in a few easy steps. Elevate property value and get numerous benefits as we provide step-by-step instructions on embedding a virtual tour with ease. WordPress is a widely popular and powerful content management system (CMS) that empowers...

Learning how to embed a virtual tour on your website. Embedding Virtual Tour offers a wide range of benefits, from improved user experience and engagement to increased conversions and competitive advantage. It allows you to showcase your space or products effectively, providing a unique and...

Virtual tours are really taking off these days and it's no surprise why - they provide a totally immersive experience for viewers! Let's take a look at the top 3 use cases for virtual tours in the real world. Top 1 use cases for virtual tours: Real Estate Real estate is one of the...

Your panorama photo appears upside down or rotated when you uploaded it to Lapentor but it's normal when viewing it on your computer or mobile device. This is a common issue that can happen due to a variety of reasons, such as using the wrong camera orientation or transferring the image...

Are you a real estate agent looking for a new way to showcase your properties? Then creating a virtual tour for real estate may be the perfect solution! Virtual tours offer potential buyers an easy and engaging way to view a home from the comfort and safety of their own space. In this blog post,...

For 360-degree photographers, Virtual Tour Software is an indispensable tool to publish a complete Virtual Tour with the full support of interface, features & hotspots. Apart from the Offline Virtual Tour Software, there is a new trend of new Cloud-based solutions, catching up with the trend...

The real estate market nowadays requires playing hard to get more than ever. Theta S is an awesome 360 real estate virtual tour gadget to capture your client's attention. The number of sellers and brokers always outweighs the number of buyers. So, standing out from the crowd plays a key role in...

In the digital age, more and more real estate agents are utilizing virtual tours to help them market their properties. But what exactly is a virtual tour and why should you start using them now? In this article, we will discuss the many reasons of using virtual tours can help you sell more homes,...

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The most simple and intuitive virtual tour platform supports Self-Hosting on your website. Easily create a Virtual Tour in minutes

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modul praktikum collision menggunakan apk phet

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Learn science by doing experiments in your virtual lab with Physics Lab. Now with better AR mode! Play with various circuit components, build your own 3D electric circuits, and see how they work in real time. Anyone can enjoy the fun of scientific experiments.

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aplikasi game yang terintegrasi dengan AR untuk dapat digunakan sebagai media pembelajaran fisika yang interaktif, kreatif, dan atraktif.

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Yes, Canvas LMS offers Free-for-Teacher, providing basic functionality to students and teachers to explore courses and learn basic Canvas LMS features. Educators can deliver courses, create content, and personalize learning with Mastery Paths, Outcomes, and standards-based gradebooks. Users can also utilize Canvas mobile app suite and integrate external applications to its free Canvas LMS version.

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Canvas by Instructure | World's #1 Teaching and Learning Software

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Canvas by Instructure is the world's #1 LMS Learning Management System for schools, colleges, and universities. Learn more about implementing the best LMS today.

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EduRev: Learning, Mock Test & Exam Preparation App

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IIT JAM Chemistry, Phy, Maths - Apps on Google Play

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IIT JAM Chemistry Exam 2023 Preparaton App, UGC NET, JRF, CSIR NET,Solved Papers

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menghitung jawaban menggunakan algoritme terobosan, basis pengetahuan, dan AI Wolfram.

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Uh oh! Wolfram|Alpha doesn't run without JavaScript.

Please enable JavaScript. If you don't know how, you can find instructions . Once you've done that, refresh this page to start using Wolfram|Alpha.

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Wolfram|Alpha: Making the world's knowledge computable

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Compute answers using Wolfram's breakthrough technology & knowledgebase, relied on by millions of students & professionals. For math, science, nutrition, history, geography, engineering, mathematics, linguistics, sports, finance, music...

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solusi langkah-langkah untuk pertanyaan di lebih dari 30 topik fisika seperti Kinematika, Gaya, Gravitasi, Fisika Kuantum, dll.

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PhyWiz - Physics Solver - Apps on Google Play

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Permainan berbasis kuis (kahoot) dan pelajari sesuatu yang baru.

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Kahoot! Play & Create Quizzes - Aplikasi di Google Play

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Create and play learning games at school, at home or at work!

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Quizizz | Free Online Quizzes, Lessons, Activities and Homework

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Motivate every student to mastery with easy-to-customize content plus tools for inclusive assessment, instruction, and practice. Engage students with Quizizz today!

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aplikasi khusus simulasi dan video dasar, sumber daya untuk mengajar dengan simulasi, dan aktivitas simulasi pembelajaran. (physics, math,bio,chemistry,,dll.)

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PhET : Simulasi Online Gratis untuk fisika, kimia, biologi,kebumian dan matematik.

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Founded in 2002 by Nobel Laureate Carl Wieman, the PhET Interactive Simulations project at the University of Colorado Boulder creates free interactive math and science simulations. PhET sims are based on extensive education research and engage students through an intuitive, game-like environment where students learn through exploration and discovery.

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Permainan gasing tradisional mengandung berbagai konsep fisika yang menarik untuk dipelajari. Berikut beberapa diantaranya:

1. Gerak Melingkar Beraturan (GMB)

Saat berputar, gasing mengalami gerak melingkar beraturan (GMB) di mana kecepatan sudutnya konstan. Konsep ini terkait dengan:

Kecepatan sudut (ω): Ukuran seberapa cepat gasing berputar dalam satuan radian per detik (rad/s).

Periode (T): Waktu yang dibutuhkan untuk menyelesaikan satu putaran penuh, diukur dalam detik (s).

Frekuensi (f): Jumlah putaran yang dilakukan gasing dalam satu detik, diukur dalam Hertz (Hz).

2. Momen Inersia

Momen inersia (I) adalah besaran yang mengukur kelambatan suatu benda untuk berputar terhadap porosnya. Pada gasing, momen inersia bergantung pada massa (m) dan distribusi massanya terhadap poros putar. Semakin besar momen inersia, semakin sulit gasing untuk diubah kecepatan putarannya.

3. Momentum Sudut

Momentum sudut (L) adalah besaran yang mengukur kecenderungan suatu benda yang berputar untuk mempertahankan rotasinya. Pada gasing, momentum sudut bergantung pada momen inersia (I) dan kecepatan sudut (ω).

4. Gaya Gesek

Gaya gesek antara gasing dan permukaan tanah menyebabkan gasing melambat seiring waktu.

5. Keseimbangan

Gasing dapat berputar stabil karena keseimbangan antara gaya-gaya yang bekerja padanya

6. Konservasi Energi Mekanik

Energi kinetik (Ek): Energi yang dimiliki benda karena gerakannya.

Energi potensial (Ep): Energi yang dimiliki benda karena posisinya.

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Permainan gasing tradisional mengandung berbagai konsep fisika yang menarik untuk dipelajari. Berikut beberapa diantaranya: Gerak Melingkar Beraturan (GMB) Momen Inersia Momentum Sudut Gaya Gesek Keseimbangan Konservasi Energi Mekanik Permainan gasing tradisional merupakan media yang menarik untuk mempelajari berbagai konsep fisika dasar secara konkret dan intuitif.

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Jangka sorong pertama kali ditemukan oleh seorang ilmuwan matematika asal Prancis yang juga ahli teknik bernama Pierre Vernier kelahiran 19 Agustus 1584.Jangka sorong atau dengan nama lain Vernier calipers.Skala pada alat ukur jangka sorong pun dinamai sesuai dengan nama penemunya, dengan istilah Vernier.jangka sorong memiliki fungsi-fungsi: 1.Berfungsi untuk mengukur suatu

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Awards

Ars legendi-faculty award (2020) of the Stifterverband, the German Physical Society (DPG) and others

In 2020 the Ars legendi-faculty award was given to Prof. Heidrun Heinke, Dr. Sebastian Staacks and Prof. Christoph Stampfer for the development of phyphox and its lasting effect for academic teaching and physics classes at school. This award is selected by the Stifterverband, the German Mathematical Society (DMV), the German Physical Society (DPG), the German Chemical Society (GDCh) and the society biology, bio sciences and bio medicine in Germany (VBIO).

Wilhelm-Westphal teaching award (2019) by the AG Physikalische Praktika (AGPP) of the German Physical Society (DPG)

In 2019 the phyphox team received the Wilhelm-Westphal teaching award, which was selected and awarded by the AG Physikalische Praktika (workgroup for physics lab courses) of the German Physical Society (DPG) for the first time. Award.

Archimedes award (2019) by the "Verband zur Förderung des MINT-Unterrichts" (MNU)

The award is sponsored by the Westermann group and was selected and granted in 2019 by the MNU.

More details can be found on the German website of the MNU.

Teaching award for "best supporting teaching" (2018) by the the "Fachschaft Mathematik/Physik/Informatik" of the RWTH Aachen University

We are especially happy to find that we have been awarded by the students from our own courses. This confirms that our efforts are appreciated by those for whom phyphox was designed. More details about the award from 2018 can be found on the Fachschaft website (in German).

Support

The RWTH Aachen University has established the support program "Exploratory Teaching Space" (ETS), to fund innovative teaching concepts within our university. Through this program, the development of the app has been funded in 2016/2017 as well as a Bluetooth interface in 2017/2018 and distributed experiments in 2018/2019.

The Hans Hermann Voss Foundation supports phyphox directly since the end of 2019, which most importantly enables us to provide more teacher training and better communication and support for our users.

With a fellowship for innovations in digital academic teaching, the Stifterband NRW funded in 2017 the development of modular worksheets (in German), which also include phyphox-based experiments.

As part of the Stifterverband's anniversary initiative "Wirkung hoch 100", as one of 100 outstanding ideas for better education, science and innovation, we receive financial support, coaching and advancing opportunities.

Behind phyphox

Phyphox has been created at the 2nd Institute of Physics of the RWTH Aachen University.

Alumni

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Download for free: Follow us: Features Sensors Phyphox allows you to use the sensors in your phone for your experiments. For example, detect the frequency of a pendulum using the accelerometer or measure the Doppler effect using its microphone. Data Export Export your data i

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Join an activity with your class and find or create your own quizzes and flashcards.