#D Orbital Shape

Shapes of Orbital Orbitals are regions around the nucleus where there’s a high probability of finding an electron. The shape depends on the subshell — s, p, d, or f. s-orbital: Spherical. Only 1 per energy level. Example: 1s, 2s, 3s. Gets larger with higher energy levels but stays a sphere. Can hold 2 electrons. p-orbital: Dumbbell-shaped. 3 per energy level starting from n=2. They lie along the x, y, and z axes: pₓ, pᵧ, p𝓏. Each can hold 2 electrons, so 6 total for p-subshell. d-orbital: 4 are cloverleaf-shaped, 1 looks like a dumbbell with a donut around the middle. 5 per energy level starting from n=3. Holds 10 electrons total. f-orbital: Complex shapes with multiple lobes. 7 per energy level starting from n=4. Holds 14 electrons total. Key point: Orbitals don’t show a fixed path. They show electron density. The boundary surface encloses ∼90% probability of finding the electron there. #AtomicOrbitals #ElectronCloud #Chemistry #ScienceReels

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This is the mesmerizing hidden pattern formed by the orbits of Earth, Mars, and Jupiter as they journey around the Sun! 🌍🔴🟠 Using our own Orbital Pattern Simulator, we reveal the amazing designs created by their dance over time. 🔵 Earth takes 1 year (365.25 days) to complete one full orbit around the Sun. 🔴 Mars takes about 1.88 Earth years (687 days) to orbit the Sun. 🟠 Jupiter takes a staggering 11.86 Earth years to complete a single revolution! As these planets move, their relative positions create fascinating geometric patterns, showing the underlying harmony of celestial mechanics.

An old map will lead the way 🌠 We’re ready to explore the unknown thanks to Gnomon alum @hearne.tom’s trusty holo-projector, especially since today is #ScienceFictionDay! Sure, it’s not the same as space travel, but if you’re ready to start your journey into visual effects, hit us up: http://bit.ly/Insta20200102 #gnomon #gnomoncollege #vfx #hologram #sciencefiction #scifi #space #3d #cg

Estudos mostram os efeitos de uma provável quarta dimensão espacial Agora, temos mais evidências para acreditar que existe, de fato, uma quarta dimensão espacial no universo. Duas equipes de pesquisa diferentes uma da Europa e outra dos EUA conseguiram vislumbrar essa quarta dimensão através de um efeito conhecido como Efeito Hall Quântico. Uma vez que tais experimentos dobram as leis da física, uma boa parte deles é teórica e muito complexa, se utilizando da famigerada mecânica quântica. Os estudos são promissores, mas preliminares. Não podemos acessar fisicamente este mundo 4D – estamos presos no espaço 3D -, mas os pesquisadores creem que a mecânica quântica pode de alguma forma nos dar uma visão dele, aumentando assim nossa compreensão limitada do universo. Seja muito bem-vindo ao Mundo Hubble! Se você está começando sua jornada na astronomia, você está no lugar certo! Vamos juntos desbravar o céu e explorar as estrelas juntos! #nasa #ESA #astronomia #universo #reels #viral #espaço #solar #gotica #gotico #mundohubble #cosmos #galaxias #420 #lua #cannabis #sistemasolar #maconha #física #fisicaquantica #3d #4d #quartadimensão #cientistas #experimento #europa #eua #mecanicaquantica

The Diamond Lattice #5dconsciousness

Esse foi o estereograma mais legal que já achei! 🌎 📲 Relaxe os seus olhos, comece com o seu celular perto do rosto centralizando as duas imagens em um único globo e depois afaste o telefone para trás lentamente até que um mundo tridimensional apareça. 🌎 Se quiser aproveitar melhor o efeito pode mover lentamente o celular sempre mantendo o foco! Explore o universo com o seu lado nerd! 🚀 Siga: @astronerdoficial 👨‍🚀💙 #astronomia #ciencia #planetas #sistemasolar #fisica #curiosidades #estereograma

Deflector Shields on - passing through an asteroid belt. #scifi #scificoncept #conceptart #3d #sciencefiction #blender3d #space #cgiart #fantasy #blender #ufo #spacetravel #astronomy #cosmos #solarsystem #planets

Create simplified black hole 단순화 한 블랙홀을 만들어보았습니다 지오메트리 노드를 이용했고 큰 역할을 하는 스피어는 셰이딩으로 해결 Used Geometry Node, with the main sphere handled through shading #blender3d #3dart #geometrynode #interstellar #blackhole

This beautiful harmonic pattern is the result of the orbital resonance between Earth and Venus. Every 8 terrestrial years and 13 Venusian years, Venus and the Earth, when orbiting around the Sun, draw a flower pentagram in their trajectory. Look at the Fibonacci numbers again, 5, 8 and 13, which govern the growth of most plants on Earth, and decode countless other manifestations of the order of space and time. 💫⚛️💠✡️🧬 #SacredGeometry #UniversalGeometry #LanguageOfLight #Mathematics #UniversalMathematics #Math #Philosophy #Art #Geometry #Symmetry #Fractals #Cycles #Rythm #Universe #Harmony #Vibration #Frequency #Energy #Hermeticism #Life #Manifestation #Alchemy #SpiritualScience #UnifiedScience #Consciousness #Education #Knowledge

We move in circles Balanced all the while On a gleaming razor's edge A perfect sphere Colliding with our fate This story ends where it began Octavarium — Dream Theater Dance Sun & Venus — CaptainGranit This type of animation is based on data from University of Wisconsin geoscientist Steven Dutch, who created an interactive graphic in 2012, demonstrating how Venus's closest orbital points to Earth, over eight years, map out the points of a "remarkable, but not perfect" pentagram in the sky. "The orbits are approximated as circles, so this animation cannot be used for 100%  accurate predictions," Dutch stated. All planets have elliptical orbits, making these diagrams simplified representations of the real deal. But they aren't radically far off, especially in Venus's case. Venus has the most circular orbit of any of the planets in our Solar System. In a measure of eccentricity - how much an orbit deviates from a circle - Venus scores 0.007, whereas Mercury, with the most elliptical planetary orbit in our Solar System, has an eccentricity of 0.21. This measurement is the ratio between a planet's farthest and nearest orbital point from the Sun, and gives a sense of how elongated the ellipse is. Check out this simple Wikipedia link to clarify your doubts: Open the topic "Coincidental 'near' ratios of mean motion" to see some examples of orbital resonance: https://en.m.wikipedia.org/wiki/Orbital_resonance #Octavarium #APerfectSphere #Monad #One #Cycles #DanceOfSun&Venus

Heliodon globular... Modelo Didático capaz de representar com muita precisão o movimento aparente solar para qualquer latitude. #astronomy #arquitetura #engenharia #engenhariacivil #construction #energy #solarenergy #sun #biology #sundial #relojsolar #star #ensinodeciencias #ensinoadistancia #heliodon #aquecimentoglobal #confortosolar #solsticio