Adjectives For Atom
Discover the most popular adjectives for describing atom, complete with example sentences to guide your usage.
Updated on March 16, 2024
Exploring the diverse world of atoms through adjectives reveals a rich tapestry of scientific knowledge and curiosity. Whether describing a 'single' atom standing alone, a 'central' atom playing a key role in molecular structure, a 'neutral' atom maintaining its charge balance, an 'asymmetric' atom contributing to complex shapes, a 'free' atom moving uninhibited, or an 'excited' atom vibrating with energy, each term opens a door to deeper understanding. These adjectives not only highlight the physical state of atoms but also their functional significance in the vast universe of chemistry and physics. Delve into the full array of adjectives used to describe atoms and discover the nuances each brings to our comprehension of the microscopic world.
| single | The single atom was suspended in a vacuum chamber. |
| central | The central atom in a Lewis structure is the atom with the lowest electronegativity. |
| neutral | Hydrogen is the simplest neutral atom |
| asymmetric | Ligands are arranged asymmetrically around the asymmetric atom resulting in a chiral molecule. |
| free | The free atom has no other atoms bonded to it. |
| excited | The excited atom emitted a photon as it returned to its ground state. |
| particular | The particular atom has a unique set of properties. |
| second | Electrons are located in orbitals around the nucleus of an atom, and the second atom is bonded to the first atom. |
| isolated | The isolated atom is characterized by its atomic number, which represents the number of protons in its nucleus. |
| heavy | The heavy atom is used in nuclear physics and nuclear chemistry. |
| individual | |
| electronegative | The electronegative atom attracts electrons towards itself. |
| normal | The normal atom has a small nucleus surrounded by electrons. |
| interstitial | The interstitial atom caused the metal to become more brittle. |
| smallest | Hydrogen is the smallest atom |
| nuclear | |
| simplest | The simplest atom is hydrogen, which consists of one proton and one electron. |
| electron | An electron atom is the basic unit of matter and consists of a nucleus surrounded by electrons. |
| third | The third atom in the periodic table is lithium. |
| gram | The gram atom is the amount of an element with a mass in grams numerically equal to its atomic weight. |
| adjacent | The adjacent atom to the left of the carbon atom is a hydrogen atom. |
| level | The level atom is an atom in an excited state. |
| additional | The additional atom provided the necessary mass for the reaction to proceed. |
| ultimate | The ultimate atom is the most basic building block of all matter. |
| original | The original atom is hydrogen. |
| terminal | The terminal atom of the alkyl group is carbon. |
| extra | The scientist discovered an extra atom in the molecule. |
| neighboring | The chirality of a carbon atom is determined by the four neighboring atoms bonded to it. |
| metallic | Metallic atoms with d- or f-electrons exhibit greater polarizability and can form compounds that are more covalent. |
| tertiary | The tertiary atom in the molecule is bonded to three other atoms. |
| lightest | Hydrogen is the lightest atom in the universe. |
| active | The active atom in the experiment was an electron. |
| stable | The stable atom was unable to form any bonds with other atoms. |
| mere | A mere atom composed of subatomic particles. |
| united | The united atom also known as a valence isoelectronic atom, is an atom of an element that has the same number of electrons in its valence shell as another specified atom. |
| least | |
| positive | She discovered a positive atom in the sample after conducting quantitative analysis. |
| tiny | The tiny atom is the basic unit of matter. |
| peaceful | Scientists harnessed the power of the peaceful atom |
| adsorbed | The adsorbed atom can be easily removed by a simple annealing process. |
| ordinary | The ordinary atom has 3 main components: protons, electrons, and neutrons. |
| indivisible | The indivisible atom was once thought to be the smallest unit of matter. |
| less | The less atoms you need, the better. |
| like | The smallest unit of matter, like atom cannot be divided. |
| negative | The negative atom is surrounded by a cloud of electrons. |
| primeval | The primeval atom swirled in the cosmic void, a primordial spark of creation. |
| corresponding | The corresponding atom is identified by the same value of Z |
| tetrahedral | The carbon atom in methane is a tetrahedral atom |
| minutest | The minutest atom is an indivisible particle of matter. |
| substitutional | The substitutional atom replaced the original atom in the crystal lattice. |
| hydrogen | The hydrogen atom consists of a proton and an electron. |
| heavier | The heavier atom is more difficult to accelerate. |
| quaternary | The quaternary atom is bonded to four other atoms. |
| fourth | The fourth atom in the periodic table is beryllium. |
| trivalent | Boron is a trivalent atom in group 13 of the periodic table. |
| gaseous | The gaseous atom is dispersed throughout the atmosphere. |
| typical | A typical atom has electrons, protons, and neutrons. |
| metastable | The metastable atom is an excited state of an atom that has a relatively long lifetime. |
| permanent | A permanent atom is an atom that is not radioactive. |
| abstract | The abstract atom is a mathematical model representing the quantum mechanical properties of an atom. |
| unstable | The unstable atom caused a chain reaction, which led to the explosion. |
| hetero | The hetero atom in this molecule is the nitrogen atom. |
| neighbouring | The neighbouring atom is oxygen. |
| chiral | The chiral atom in this molecule has four different groups attached to it. |
| magnetic | The magnetic atom aligned itself with the magnet's field. |
| hydrogenic | The hydrogenic atom is a simplified model of an atom that consists of a single electron orbiting a single proton. |
| tiniest | The tiniest atom is the hydrogen atom. |
| displaced | The displaced atom created a cascade of defects in the crystal lattice. |
| bound | The absorption of a photon by a bound atom leads to an electron transition to a higher energy level. |
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