Explore our collection of interactive science simulations and quizzes. These tools are designed to help you better understand physical science concepts through hands-on learning.
Explore physics concepts through interactive simulations. These simulations allow you to experiment with various physics phenomena in real-time.
Advanced FFT analyzer with heterodyne mixing and zoom capabilities
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Generate multiple audio tones, DTMF signals, chords, and sweep frequencies
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Compare how sundials would work on flat earth vs spherical earth - educational demonstration of flat earth theory flaws
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Epic space shooting game using real N-Body gravitational physics. Destroy planets, manage fuel, and master orbital mechanics!
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Interactive simulation showing how Earth and Moon orbit the Sun together using mathematically accurate astronomical periods. Features show/hide controls for educational focus.
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Explore the beauty of recursion and fractals! Adjust parameters to create different tree shapes and watch animated growth. Perfect for understanding recursive algorithms.
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Experience realistic 3D physics with a ball bouncing inside a colorful cube! Features mouse-controlled 3D rotation, splash effects, ball trails, and professional keyboard shortcuts. Perfect for learning 3D coordinates, perspective projection, and vector physics.
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Professional Morse code decoder with 1000 Hz bandpass filter for ham radio operations. Features real-time decoding, adjustable WPM detection, noise filtering, and visual signal indicators. Perfect for CW reception with background noise rejection.
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Advanced Morse code practice generator with multiple training modes. Features random letters, random words, custom text, and backwards text transmission at 1000 Hz. Perfect for CW speed building and practice with adjustable WPM (5-40).
Launch SimulationInteractive mathematical tools and solvers to help with problem-solving and exploration of mathematical concepts.
Explore beautiful mathematical curves created by combining perpendicular oscillations. Adjust frequency ratios, amplitudes, and phase shifts in real-time.
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Visualize particle flow dynamics with mathematical vector fields. Control flow strength, particle behavior, and watch beautiful flowing patterns emerge.
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Create stunning organic patterns using complex parametric equations. Interactive controls for scale, harmonics, and mathematical parameters.
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Explore complex parametric equations creating beautiful mathematical art. Real-time interactive controls for frequency, amplitude, and animation speed with mouse influence and educational explanations.
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Create flowing, plant-like patterns using complex multi-layered parametric equations. Features organic presets like ferns, feathers, coral, and lightning with natural mathematical beauty.
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Explore stunning 3D mathematical beauty through parametric equations! Interactive 3D rotation, 6 different patterns including true 3D rose using spherical coordinates, persistent trails, and real-time manipulation. Perfect companion to Python Lesson 14.
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Watch colorful gradient spheres flow and connect in organic patterns. Demonstrates fluid dynamics, particle systems, and natural movement through mathematical wave functions.
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Enter 4 numbers and find all possible ways to make 24 using basic arithmetic operations and parentheses.
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Interactive analog clock showing hour positions and corresponding degree measurements for geometry practice.
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Professional visual timer for 100-problem multiplication tests. Features clock face display, audio alerts, preset times (3-15 min), and visual warnings. Perfect for classroom math assessments and timed drills.
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Count-up timer for tracking individual problem-solving time. Features lap timing, statistics (average, fastest, total), visual milestones, and exportable results. Perfect for monitoring student progress without time pressure.
Launch SimulationInteractive chemistry tools and games to explore chemical concepts, molecular structure, and chemical bonding through hands-on activities.
Interactive drag-and-drop game to build chemical compounds from common cations and anions. Learn compound naming, charge balancing, and ionic bonding through hands-on practice with scoring and feedback!
Launch SimulationExplore the cosmos through real astrophotography captured with a Seestar S50 smart telescope! These images demonstrate the practical application of physics, optics, and mathematics in capturing celestial objects, while showcasing how modern automated telescopes make deep-sky imaging accessible.
Our nearest major galactic neighbor, 2.5 million light-years away. Demonstrates deep-sky imaging techniques, long exposure photography, and galactic structure.
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A beautiful spiral galaxy in Ursa Major, 12 million light-years away. Shows perfect spiral arm structure and demonstrates galactic dynamics and stellar populations.
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An irregular galaxy undergoing rapid star formation. Demonstrates starburst galaxies, galactic winds, and the effects of gravitational interactions with M81.
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A grand design spiral galaxy in the Virgo Cluster. Perfect example of spiral density waves and stellar formation along galactic arms.
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A Seyfert II galaxy with active galactic nucleus. Demonstrates supermassive black holes, accretion disks, and active galactic nuclei physics.
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An edge-on spiral galaxy showing dust lanes and stellar disk structure. Demonstrates galactic structure when viewed from the side.
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A beautiful edge-on spiral galaxy in Canes Venatici. Shows the thin disk structure of spiral galaxies and prominent dust lane absorption.
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A stellar nursery where new stars are born. Shows emission nebula physics, hydrogen-alpha wavelengths, and stellar formation processes.
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A bright emission nebula in Sagittarius. Demonstrates H-II regions, stellar formation, and the ionization of hydrogen by hot young stars.
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Famous for the 'Pillars of Creation' - columns of gas and dust where new stars form. Shows stellar formation and stellar wind erosion.
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A bright emission nebula resembling a swan. Demonstrates stellar formation regions and the complex interplay of gas, dust, and radiation.
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A planetary nebula - the death throes of a sun-like star. Shows stellar evolution, white dwarf formation, and ionized gas shells.
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Supernova remnant from 1054 AD containing a pulsar. Demonstrates stellar death, neutron stars, and the creation of heavy elements.
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Dark nebula silhouetted against bright emission nebula. Shows dust absorption, stellar formation regions, and nebular physics.
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An emission nebula with distinctive shape resembling Pac-Man. Shows stellar formation, ionization fronts, and stellar wind sculpting.
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A bubble-shaped nebula created by stellar winds from a massive star. Demonstrates stellar wind physics and shock wave formation.
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The 'Eye of God' - closest planetary nebula to Earth. Shows the final stages of stellar evolution for sun-like stars.
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A reflection nebula in Orion showing blue scattered light from dust grains. Demonstrates Rayleigh scattering and stellar formation regions.
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A combination emission and reflection nebula in Cygnus surrounding a young star cluster. Shows stellar formation, dust lanes, and the interaction between newborn stars and surrounding gas clouds.
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A spectacular globular cluster in Hercules containing 300,000+ stars. Demonstrates stellar evolution, cluster dynamics, and Population II stars.
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One of the finest globular clusters, 25,000 light-years away. Shows stellar density gradients and cluster core structure.
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A young open cluster in Auriga with hot blue stars. Demonstrates stellar formation, cluster evolution, and main sequence stars.
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A nearby open cluster visible to naked eye. Shows stellar associations, proper motion, and cluster dispersal over time.
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Red giant star Aldebaran with the Hyades cluster. Shows stellar evolution, red giant phase, and stellar color-temperature relationships.
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A bright comet from the outer solar system showing nucleus, coma, and tail. Demonstrates orbital mechanics, sublimation, and solar wind effects.
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Comet C/2025 A6 Lemmon - a visitor from the outer solar system. Demonstrates orbital mechanics, sublimation physics, and the solar wind's effect on comet tails.
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Rare celestial alignment demonstrating orbital mechanics, shadow physics, and the Sun's corona. Perfect example of predictable astronomical events.
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