Electron Orbital Diagrams Pictures, Images and Stock Photos

This vector diagram shows the protons, neutrons, and electrons of a carbon atom. Each is in a group of six. That makes the atom very stable. This type of model is now widely considered a sound basic version.

Carbon isotopes. Atomic Structure from Carbon-12 to Carbon-14. Atomic Particles: protons, neutrons, electrons. Vector illustration for science, educational, chemistry, and physics use.

Vector symbol of Magnesium from the Periodic Table of the elements on the background from connected molecules. Symbol is isolated on white background.

Vector orange symbol of an element iron Fe – transition ductile metal, the most common element on Earth. Element is on the background from connected molecules.

Vector symbol of helium from the periodic table of the elements on the background from connected molecules. Symbol is isolated on white background.

H2O, water molecule, planetary model, chemical and structural formula. Polar covalent bonds between oxygen and hydrogen atoms, with weakly negative and positive partial charge, for the hydrogen bonds.

Vector black or gray symbol of the element carbon C. One of the most abundant and important element in the Earth, especially for organic compounds. Element is isolated on a white background.

Vector symbol of Copper from the Periodic Table of the elements on the background from connected molecules. Symbol is isolated on white background.

Vector symbol of Calcium from the Periodic Table of the elements on the background from connected molecules. Symbol is isolated on white background.

Vector silver symbol of chrome on the background from connected molecules

Vector blue symbol of the element oxygen O. Oxygen forming the second major component of the Earth's atmosphere and is essential for living organisms. Element is isolated on a white background.

Vector symbol of the element aluminium Al. Very light metal of white-gray color. It is very good current conductor used in electrical engineering. Element is isolated on a white background.

Vector blue symbol of an element nitrogen N – gas constituting a major component of the Earth's atmosphere. Element is isolated on a white background.

Bohr model representation of the phosphorus atom, number 15 and symbol P. Conceptual vector illustration of phosphorus-31 isotope atom, mass number 31 and electron configuration 2, 8, 5.

Bohr model representation of the plutonium atom, number 94 and symbol Pu. Conceptual vector illustration of plutonium-244 isotope atom, mass number 244 and electron configuration 2, 8, 18, 32, 24, 8, 2.

Vector yellow symbol of the element calcium Ca. The most common element of alkali metals. It is a soft, light metal that can be cut with a knife. It occurs in bones. Element is isolated on a white background.

Illustration of the periodic table Mercury chemical symbol

Vector green symbol of an element phosphorus P – reactive nonmetal. Element is on the background from connected molecules.

Vector gray symbol of an element hydrogen H – the most abundant, the lightest and the simplest gaseous chemical element. Element is on the background from connected molecules.

Vector symbol of the element platinum Pt. It is heavy and chemically extremely durable silvery-white metal. Noble, ductile and malleable electrically and thermally conductive metal. The platinum element is isolated on a white background.

Bohr model representation of the nitrogen atom, number 7 and symbol N. Conceptual vector illustration of nitrogen-14 isotope atom, mass number 14 and electron configuration 2, 5.

Bohr model representation of the moscovium atom, number 115 and symbol Mc. Conceptual vector illustration of moscovium-290 isotope atom, mass number 290 and electron configuration 2, 8, 18, 32, 32, 18, 5.

Vector chemical symbol of selenium from the periodic table of the elements on the background from connected molecules. Symbol is isolated on white background.

Vector symbol of the element manganese Mn. It is used in metallurgy as an additive to various alloys, in catalysts and as color pigments. It is gray, paramagnetic, hard metal element isolated on a white background.

Icon of an alloy brass with zinc and copper is isolated on a white background.

Bohr model representation of the iron atom, number 26 and symbol Fe. Conceptual vector illustration of iron-56 isotope atom, mass number 56 and electron configuration 2, 8, 14, 2.

Bohr model representation of the lithium atom, number 3 and symbol Li. Conceptual vector illustration of lithium-7 isotope atom, mass number 7 and electron configuration 2, 1.

Vector symbol of Lithium from the Periodic Table of the elements on the background from connected molecules. Symbol is isolated on white background.

Vector yellow symbol of the element sulphuror sulfur S. abundant, nonmetallic and multivalent, yellow chalcogen element. Element is isolated on a white background.

Vector gray or black symbol of nonmetallic element abundant in organic chemistry carbon C – element on the background from connected molecules.

Bohr model representation of the gold atom, number 79 and symbol Au. Conceptual vector illustration of gold-197 isotope atom, mass number 197 and electron configuration 2, 8, 18, 32, 18, 1.

Vector symbol of Hydrogen on the background from connected molecules. Element from the periodic table isolated on white background.

Bohr model representation of the thorium atom, number 90 and symbol Th. Conceptual vector illustration of thorium atom and electron configuration 2, 8, 18, 32, 18, 10, 2.

Vector symbol of the element chrome Cr. Gray or silver very hard and brittle transition metal. It is used in metallurgy in the production of alloy steels. Element is isolated on a white background.

Conceptual vector representation of a technetium atom and its only natural isotopes: technetium-99 made of fifty-six neutrons.

Vector symbol of Chlorine from the Periodic Table of the elements on the background from connected molecules. Symbol is isolated on white background.

Bohr model representation of the fermium atom, number 100 and symbol Fm. Conceptual vector illustration of fermium-257 isotope atom, mass number 257 and electron configuration 2, 8, 18, 32, 30, 8, 2.

Bohr model representation of the polonium atom, number 84 and symbol Po. Conceptual vector illustration of polonium-209 isotope atom, mass number 209 and electron configuration 2, 8, 18, 32, 18, 6.

Bohr model representation of the americium atom, number 95 and symbol Am. Conceptual vector illustration of americium-243 isotope atom, mass number 243 and electron configuration 2, 8, 18, 32, 25, 8, 2.

Bohr model representation of the bismuth atom, number 83 and symbol Bi. Conceptual vector illustration of bismuth-209 isotope atom, mass number 209 and electron configuration 2, 8, 18, 32, 18, 5.

Bohr model representation of the californium atom, number 98 and symbol Cf. Conceptual vector illustration of californium-251 isotope atom, mass number 251 and electron configuration 2, 8, 18, 32, 28, 8, 2.

Bohr model representation of the neptunium atom, number 93 and symbol Np. Conceptual vector illustration of neptunium-237 isotope atom, mass number 237 and electron configuration 2, 8, 18, 32, 22, 9, 2.

Bohr model representation of the einsteinium atom, number 99 and symbol Es. Conceptual vector illustration of einsteinium-252 isotope atom, mass number 252 and electron configuration 2, 8, 18, 32, 29, 8, 2.

Bohr model representation of the mercury atom, number 80 and symbol Hg. Conceptual vector illustration of mercury-202 isotope atom, mass number 202 and electron configuration 2, 8, 18, 32, 18, 2.

Bohr model representation of the lead atom, number 82 and symbol Pb. Conceptual vector illustration of lead-208 isotope atom, mass number 208 and electron configuration 2, 8, 18, 32, 18, 4.

Vector chemical symbol of fluorine from the periodic table of the elements on the background from connected molecules. Symbol is isolated on white background.

Oxygen atom with proton, neutron and electron, 3D Rendering Bohr model

Vector symbol of an element vanadium V – metal used for alloys. Element is on the background from connected molecules.

Vector chemical symbol of bromine from the periodic table of the elements on the background from connected molecules. Symbol is isolated on white background.

Vector symbol of Sodium from the Periodic Table of the elements on the background from connected molecules. Symbol is isolated on white background.

Vector symbol of Argon from the Periodic Table of the elements on the background from connected molecules. Symbol is isolated on white background.