Criar

Estúdio

Remover Fundo

Pesquisar

Minhas imagens

Atualizar para Pro

Cadastrar

A scientific diagram of an atom showing a nucleus with red protons and blue neutrons, surrounded by electron orbits with yellow electrons, labeled in Finnish.

A scientific diagram of an atom showing a nucleus with red protons and blue neutrons, surrounded by electron orbits with yellow electrons, labeled in Finnish.

Piirrä iso ympyrä keskelle → tämä on ydin. Kirjoita ytimen sisälle P = protonit ja N = neutronit. Piirrä ytimen ympärille muutama ympyrä → nämä ovat elektronien radat. Piirrä ympyröille pienet pisteet → ne ovat elektroneja. Väritä protonit punaisiksi, neutronit sinisiksi ja elektronit keltaisiksi, niin piirros on selkeä. Ver mais

#science #physics #education

More images like this

A diagram of an atom with a central nucleus of red and yellow spheres, orbited by blue electrons in three concentric white rings. The text 'Al' is at the bottom.

Blue Sodium (Na) atom and green Chlorine (Cl) atom exchanging an electron, depicting an ionic bond in a cosmic setting.

A glowing atomic model with a red and orange nucleus and turquoise electrons orbiting on green paths against a dark background.

A stylized atomic model with a bright orange glowing core surrounded by blue glowing orbital paths and electrons in a dark, starry space.

A vibrant, glowing atomic structure with a core of red and blue spheres surrounded by luminous blue orbital trails against a starry dark background.

Two glowing orbs, one blue and one red, connected by a bright orange energy bond against a dark, cosmic background.

Colorful crystalline molecular structures interacting with a dark, porous surface, depicting chemical processes.

Multiple stylized glowing atomic models with orbiting electrons against a dark, star-filled cosmic background.

Illustration of an ionic bond with glowing orange Na+ and teal Cl- spheres connected by an electric arc against a dark background.

A glowing atomic model with electrons orbiting a bright nucleus against a dark, starry space background.

Two glowing atomic models, 'Na' (sodium) and 'Cl' (chlorine), linked by an energy beam against a dark cosmic background.

A colorful sketch illustrating the chemical structures of hydrogen (H2), oxygen (O2), and water (H2O) molecules.

Glowing blue orb with minus sign and orange orb with plus sign connected by energy bolts on a dark cosmic background.

Abstract representation of an atom or element with a central dark sphere and orbiting luminous particles against a cosmic background.

An abstract illustration showing a metallic sphere connected by a glowing blue line to a nonmetal, cell-like structure. Text reads 'METAL' and 'NONMETAL'.

A scientific illustration of an ionic bond where a blue sodium atom (Na+) transfers an electron to a red chlorine atom (Cl-).

A glowing purple atomic structure with electrons orbiting, alongside the chemical symbol 'K', atomic number '19', and 'POTASSIUM' on a blue grid background.

3D render of molecules interacting with a dark blue surface, showing hexagonal and porous textures, illustrating adsorption.

A scientific chart showing reaction rate against temperature and concentration, with glowing curves and molecular diagrams.

Scientific illustration showing electric field lines originating from two red positive charges and converging on a blue negative charge.

An electron cloud model with a central nucleus of red protons and grey neutrons, surrounded by white electron particles on orbital paths. Labels indicate 'Electron Cloud Model', 'electron', 'proton', and 'neutron'.

A glowing blue and orange electrolysis setup in a glass beaker with water, molecules, and an electric arc.

Scientific diagram showing photon absorption, localized heating, and molecular changes, with text labels for each stage.

An illustration of an oxygen Bohr model, showing blue electrons orbiting a central nucleus composed of red protons and grey neutrons, against a white background.

A stylized depiction of a sodium atom, labeled "Na" and "22.99 amu", with glowing nucleus and orbiting electrons on a dark, cosmic background.

A detailed scientific illustration of a sodium-potassium pump embedded in a cell membrane, with Na+ ions moving out and K+ ions moving in.

A stylized glowing atom with a yellow nucleus and four blue electrons orbiting against a dark, starry cosmic background.

A blue glowing cation with a plus sign and an orange glowing anion with a minus sign are connected by electricity on a dark background.

A diagram showing electric field lines around two positive red charges and one negative blue charge.

A vibrant, conceptual illustration of an atom with a glowing golden nucleus and multiple clear orbital paths with spherical electrons against a dark blue background.

Vibrant, glowing abstract concentric transparent spheres with orbiting rings and a bright central light in a star-filled space.

A glowing atom with 'Zeff' at its core, surrounded by chemical structures (benzene, water) and scientific symbols (gamma, N, H, O) on a cosmic background.

Diagram showing CO2 and H2O molecules reacting with light energy to produce O2 and other molecules, in an abstract, glowing style.

Physics diagram illustrating Newton's second law, showing a sphere labeled M with force F, resistance R, and acceleration a, alongside the equation F=Ma.

Abstract glowing green and blue atom model with electrons orbiting a bright core, set against a dark, star-filled space with nebulae.

Abstract metallic molecular structure on a dark, subtle starry background.

A scientific diagram shows an ionic bond between a blue Na+ atom and a green Cl- atom with electron transfer arrows.

A glowing, stylized Bohr model of an atom with a red nucleus and bright blue orbiting electrons on a dark, starry background.

A stylized diagram of an atom with a central nucleus made of colorful spheres and bright electrons orbiting it.

Two glowing spheres, one blue with radiating lines and one orange, connected by a bright line in dark cosmic space.

A vibrant, glowing atom with a colorful nucleus and swirling blue and green electron orbits against a dark, starry background.

Stylized diagram showing a blue Na atom and a green Cl- ion connected by an arrow, representing an ionic bond.

Illustration of states of matter: tightly packed blue particles (solid), loosely packed orange particles (liquid), and scattered red particles (gas).

A glowing molecular lattice of red and blue spheres connected by translucent rods, set against a dark, starry cosmic background.

Abstract scientific illustration of two glowing orbs, one blue with a plus sign and one green with 'Cl-', connected by electrical lightning.

An illustration of Earth orbiting the Sun in a dark space background with stars, showing an orbital path and an axis of inclination with a "2250" label.

Abstract glowing blue image showing two graphene layers and a sphere with a spin arrow.

Abstract depiction of atomic decay with purple Rb and gray Sr clusters connected by glowing energy tendrils in a dark, starry cosmic background.

Abstract glowing blue and orange spheres connected by light, surrounded by swirling lines and molecular structures on a dark background.

A blue glowing sphere with a plus sign and an orange glowing sphere with a minus sign connected by swirling light trails in dark space.

A glowing H2 molecule with two metallic spheres connected by an energy bond, against a starry, nebulous blue-purple space background.

Close-up of silvery spheres representing platinum atoms surrounded by floating red and white molecules of water and oxygen against a grey background.

Two glowing blue spheres connected in the center by a luminous bridge, set against a dark, star-filled cosmic background.

A glowing blue diagram illustrating magnetic induction, with field lines emanating from an 'S' pole block to an 'N' pole, labeled with 'H' and 'B' fields.

Glowing orange Na+ and blue Cl- ions form an ionic bond with energy trails on a dark background in a digital style.

A 3D model of an atom with a central nucleus of red and blue spheres and glowing blue electron orbits.

A brown cube and a silver sphere with the formula for kinetic energy above each, illustrating physics concepts.

Detailed illustration of a Sodium atom with 11 electrons and a Calcium atom with 20 electrons, showing nuclei and electron shells.

A glowing blue atom model with orbiting lines and the element '118 Og' in a digital periodic table box.

A neon-blue diagram of a sodium atom (Na) with a core of orange and green spheres and electrons orbiting in shells.

Molecular illustration of a platinum catalyst converting hydrogen peroxide into oxygen and water, with floating chemical formulas.

A detailed, colorful illustration of a stylized atom with a red nucleus and green electron orbits, surrounded by other atoms.

Dynamic cosmic illustration of an atom splitting, with a glowing core and electron orbits surrounded by energetic blue and orange fields and debris.

Abstract digital art: two hexagonal graphene layers twist over each other, with a glowing atom floating above in a dark, starry sky.

Two glowing atomic structures, one orange and one blue, connected by electrical discharge against a dark, starry background.

Two stylized atoms, one blue and one red, interact with glowing energy against a gradient blue and purple background.

A scientific diagram illustrating polar covalent, ionic, and nonpolar covalent bonds with colorful spheres and lightning effects.

A colored pencil diagram illustrating an atom with nucleus and electron, several identical atoms forming an element, and a water molecule (H₂O) with labels in English and Arabic.

Abstract glowing orange and blue spheres connected by swirling energetic tendrils on a dark background.

A diagram illustrating five types of chemical bonds: ionic, covalent, metallic, hydrogen, and van der Waals forces.

Photorealistic silvery metallic molecular lattice structure against a light background.

A Lewis diagram of a carbon tetrachloride (CCl4) molecule, featuring a central glowing teal sphere labeled 'C' bonded to four surrounding 'Cl' spheres, each with electron dots.