BerandaKategoriMagnetisme

🧲 Magnetisme

Medan magnet, domain, dan levitasi — bagaimana magnet saling tarik, tolak, dan menata materi.

31 simulasi60 fps real-time0 langkah instalasi
Magnetic Core DrillNewExplore the principles of magnetism with this simulation. Manipulate magnetic fields and… Magnetic Hysteresis Loop SimulatorNewSweep an external field across a magnetic domain block and watch the B-H hysteresis loop… Magnetism & Magnetic DomainsNewA grid of atomic magnetic dipoles starts randomly oriented; ramp up an external field to… Ferrofluid Magnetic Interactions SimulationNewObserve the dynamic interaction of ferrofluids with magnetic fields, adjusting magnet… Magnetic Field Line DynamicsNewInteract with a magnet to see how its shape and position affect the distribution of magnetic… Aurora Magnetosphere DynamicsNewThis simulation vividly demonstrates how charged particles from the solar wind interact with… Mahnetna Buria Symuliatsiia 731 2NewThis simulation models a specific research project focused on simulating magnetic storms.… Magnetic Pendulum ChaosNewExplore the mesmerizing dance of a magnetic pendulum as you adjust damping and gravity… Ferrofluid Dynamics Spike VisualizationNewExplore the movement of ferrofluids in response to magnetic forces, manipulating parameters… S26 Magnetic Pendulum ArtNewThis simulation combines magnetism and pendulum motion to create visually appealing… Magnetic Pendulum Field Interaction SimulationNewInvestigate the interaction between a magnetic field and a pendulum by adjusting parameters… Auric Swarm | Three.jsNewThis simulation visualizes an auric swarm using Three.js, allowing users to explore the…
Aurora Current | Three.jsNewThis simulation demonstrates the behavior of auroral currents in the ionosphere, showcasing… Aurora Furnace | Three.jsNewThis simulation visualizes the formation of auroras associated with solar flares and coronal… Aurora Ionosphere CurrentNewThis simulation demonstrates the flow of charged particles within the ionosphere, driven by… Aurora MagnetosphereNewThis simulation explores the interaction between the Earth's magnetosphere and solar wind… Aurora Pulse | Three.jsNewThis simulation visualizes auroral pulses – sudden bursts of light in the aurora – using… Eddy Current SeparatorNewThis simulation explores the physics behind eddy current separators, demonstrating how… Magnetic Drum SeparatorNewThis simulation allows you to explore the physics behind magnetic separation by manipulating… Magnetic GardenNewThis simulation demonstrates the interaction between magnetic fields and conductive… Magnetic LakeNewThis simulation explores the behavior of magnetic fields within a body of water. It… Magnetic Levitation TrackNewThis simulation illustrates the principles of magnetic levitation, where a magnet is… Magnetic Ore SeparationNewThis simulation demonstrates the use of magnetism to separate different materials based on… Magnetic RainNewThis simulation explores how magnetic fields can influence the movement of charged particles… Magnetosphere LabNewThis simulation allows users to explore the dynamics of the magnetosphere – the region… Magnetosphere ShieldNewThis simulation models the interaction between a planet's magnetosphere and incoming charged… Magnetosphere Storm SimulationNewThis simulation demonstrates the effects of a magnetospheric storm on surrounding space… Magnetosphere StormNewThis simulation depicts the complex processes involved in a magnetospheric storm – a… Magnetic Storm SimulationNewThis simulation demonstrates the behavior of magnetic fields and their interaction with… Polar Burst | Three.jsNewThis simulation visualizes a polar burst event using three.js, likely representing phenomena… Magnet SimulatorNewThis interactive simulator demonstrates fundamental magnetic principles, such as attraction…
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Magnetisme

Medan magnet, domain, dan levitasi — bagaimana magnet saling tarik, tolak, dan menata materi.

Three.js · WebGL 60 FPS CC BY 4.0
Fakta singkat
31simulasi interaktif dalam kategori ini
berjalan pada 60 FPS di browser modern mana pun
🌐Inggris, Ukraina, Polandia, Spanyol, Jerman, Jepang, Italia, Portugis (Brasil), Prancis, Arab, Belanda, Mandarin, Korea, Hindi, Turki, Vietnam, Rusia, Indonesia, Persia, Bengali, Thailand, Filipino, Swahili, Urdu, Melayu, Tamil, Ibrani, Yunani, Punjabi, Amharik, Myanmar, Khmer, Georgia, Nepal, Mongolia, Armenia, Sinhala, Laos, Ceko, Rumania, Hungaria, Bulgaria, Swedia, Denmark, Finlandia, Norwegia, Slovakia, Kroasia, Serbia, Slovenia, Lituania, Latvia, Estonia, Islandia, Albania, Makedonia, Bosnia, dan Malta
🎓CC BY 4.0 — gratis untuk kelas dan penyematan LMS

Pertanyaan yang sering diajukan

Apakah saya perlu menginstal sesuatu untuk menjalankan simulasi Magnetisme?

Tidak. Semuanya berjalan sepenuhnya di browser Anda — tanpa unduhan, plugin, atau akun. Berfungsi di Chrome, Firefox, Edge, dan Safari; sebagian besar simulasi juga berfungsi di perangkat seluler.

Bisakah saya menggunakan simulasi ini untuk mengajar?

Ya — semua konten gratis untuk penggunaan pendidikan berdasarkan lisensi CC BY 4.0. Tautkan langsung ke simulasi mana pun atau sematkan di LMS Anda melalui iframe; tidak perlu kunci API.

Apakah model-modelnya akurat secara ilmiah?

Model ini menggunakan formulasi matematis yang sama dengan perangkat lunak profesional, yang diintegrasikan secara numerik secara real time. Setiap simulasi mencantumkan algoritmenya, dan banyak di antaranya tertaut ke artikel yang menjelaskan matematika yang mendasarinya.

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