Atom in a sentence

(1) Deuterium is a type of atom.

(2) The atom is not globular in shape.

(3) The manganous atom has 25 electrons.

(4) The nucleus is the center of an atom.

(5) Deuterium is a type of hydrogen atom.

(6) The atom is the basic unit of matter.

(7) The centre of the atom is the nucleus.

(8) The center of the atom is the nucleus.

(9) The atom had concentric energy levels.

(10) The process acetylates the oxygen atom.

Atom sentence

(11) The centrum of the atom is the nucleus.

(12) An atom is the smallest unit of matter.

(13) Electrons orbit the nucleus of an atom.

(14) The atom is a building block for matter.

(15) The atom bomb brought an end to the war.

(16) The compound acetylates the sulfur atom.

(17) The imide group contains a nitrogen atom.

(18) The atom bomb was a controversial weapon.

(19) The atom bomb ushered in the nuclear age.

(20) The process acetylates the nitrogen atom.

Atom make sentence

(21) The structure of the atom is fascinating.

(22) The radius of the atom is 0.1 nanometers.

(23) The atomic nucleus is the core of an atom.

(24) The energy of a hydrogen atom is quantized.

(25) The atom bomb was a symbol of the Cold War.

(26) The number of neutrons in an atom can vary.

(27) The energy levels of an atom are quantized.

(28) The hydrogen atom has a small atomic radius.

(29) The atom bomb changed the course of history.

(30) The Mn atom has 25 electrons and 25 protons.

Sentence of atom

(31) The center of an atom is called the nucleus.

(32) The atom had concentric shells of electrons.

(33) The formal charge of a neutral atom is zero.

(34) Nucleons are found in the nucleus of an atom.

(35) The negatively charged atom lost an electron.

(36) Neutrons are found in the nucleus of an atom.

(37) The atom bomb was a terrifying weapon of war.

(38) The innermost part of an atom is the nucleus.

(39) The power of an atom bomb is truly terrifying.

(40) The atom bomb was a symbol of the nuclear age.

Atom meaningful sentence

(41) The proton is found in the nucleus of an atom.

(42) Electrons orbit around the nucleus of an atom.

(43) The atomic nucleus is the nucleus of the atom.

(44) The atom bomb was a catalyst for the arms race.

(45) The negatively charged atom gained an electron.

(46) Baryons are found in the nucleus of every atom.

(47) The atom bomb was a weapon of mass destruction.

(48) If you ionize an atom, you can create a plasma.

(49) The alcidine molecule contains a nitrogen atom.

(50) The center of the atom is where the nucleus is.

Atom sentence examples

(51) The boundary of the atom is the electron cloud.

(52) The threat of an atom bomb loomed over the city.

(53) The electrons in an atom are negatively charged.

(54) The hydrogen atom has a unique emission spectrum.

(55) The hydrogen atom is found in abundance in stars.

(56) The atom bomb brought about a new era of warfare.

(57) The atom bomb was first used during World War II.

(58) The bismuthal atom has 83 protons in its nucleus.

(59) The univalent atom had a single valence electron.

(60) The concept of the atom originated under physics.

Sentence with atom

(61) The electrons in an atom move around the nucleus.

(62) The concept of the atom antedates modern physics.

(63) The atomic nucleus is the central part of an atom.

(64) The energy levels in an atom fluctuate cyclically.

(65) I have a question about the structure of the atom.

(66) The atom bomb was a major turning point in history.

(67) The atomic nucleus is the heaviest part of an atom.

(68) The splitting of the atom unleashed immense energy.

(69) The atom bomb was a game-changer in modern warfare.

(70) The size of a typical atom is around 1-2 angstroms.

Use atom in a sentence

(71) Neutrons help hold the nucleus of an atom together.

(72) The tiny atom is insignificant to the big molecule.

(73) The concept of the atom originated with Democritus.

(74) The alpha particle is the nucleus of a helium atom.

(75) The diameter of the atom is measured in picometers.

(76) The atom bomb was a result of the Manhattan Project.

(77) The atom bomb forever altered the course of history.

(78) The atomic nucleus is the center of mass of an atom.

(79) The atom bomb was dropped on Hiroshima and Nagasaki.

(80) Radionuclide is a type of atom that emits radiation.

Sentence using atom

(81) The electrons in an atom revolve around the nucleus.

(82) Neutrons are essential for the stability of an atom.

(83) The structure of the atom is fundamental in physics.

(84) Azines have a nitrogen atom in their ring structure.

(85) The imide functional group contains a nitrogen atom.

(86) The hydrogen atom is used as a propellant in rockets.

(87) The nucleus of an atom contains protons and neutrons.

(88) The ground state of an atom is its most common state.

(89) The chemical compound acetylates the phosphorus atom.

(90) The biloculate atom was the building block of matter.

Atom example sentence

(91) The electron shell is the outermost layer of an atom.

(92) The position of an electron can oscillate in an atom.

(93) The hydrogen atom is the primary component of the sun.

(94) The atom bomb was a game-changer in military strategy.

(95) The electron in an atom oscillates around its nucleus.

(96) The use of the atom bomb was a controversial decision.

(97) If you excite an atom, you can cause it to emit light.

(98) The diameter of a typical atom is around one angstrom.

(99) The bromo atom has seven electrons in its outer shell.

(100) Neutrons help to hold the nucleus of an atom together.

Sentence with word atom

(101) The electrons in an atom oscillate around the nucleus.

(102) The mass of the atom is measured in atomic mass units.

(103) The hydrogen atom has a positive charge in its nucleus.

(104) The hydrogen atom is used in the production of ammonia.

(105) The scientists were working on developing an atom bomb.

(106) The devastation caused by an atom bomb is unimaginable.

(107) The atom bomb had a profound impact on global politics.

(108) Ionizing energy is related to the stability of an atom.

(109) The ground state of an atom is its most probable state.

(110) The ground state of an atom is its lowest energy state.

Sentence of atom

(111) The trillionth atom in the universe is still a mystery.

(112) The devastating power of the atom bomb is unparalleled.

(113) The destructive force of the atom bomb is unimaginable.

(114) The atom bomb was a turning point in military strategy.

(115) The scientist will explicate the structure of the atom.

(116) The structure of the atom was studied in science class.

(117) The electrons in an atom are arranged in energy levels.

(118) The hydrogen atom is the building block of all elements.

(119) The hydrogen atom is used in the production of methanol.

(120) The atom bomb was a source of fear and anxiety for many.

Atom used in a sentence

(121) The ground state of an atom has the lowest energy level.

(122) The size of an atom is typically measured in picometers.

(123) The two electrons in the atom neither attract nor repel.

(124) The size of an atom is typically measured in picometres.

(125) A positive ion is formed when an atom loses an electron.

(126) The atom bomb forever changed the perception of warfare.

(127) The thio group is a sulfur atom bonded to a carbon atom.

(128) The number of protons in an atom determines its element.

(129) The scientist used a ray of electrons to study the atom.

(130) The alpha carbon is the first carbon atom in a molecule.

Atom sentence in English

(131) The carbamate functional group contains a nitrogen atom.

(132) The hydrogen atom is involved in many chemical reactions.

(133) A positively charged atom has lost one or more electrons.

(134) The atomic nucleus is surrounded by electrons in an atom.

(135) The electron in an atom oscillates between energy levels.

(136) The atom returns to its ground state after being excited.

(137) The atom bomb forever altered the geopolitical landscape.

(138) Valence electrons are the outermost electrons in an atom.

(139) The protium atom consists of one proton and one electron.

(140) The amidin molecule has a nitrogen atom in its structure.

(141) Atomic-weights are used to determine the mass of an atom.

(142) The Bohr model is a simplified representation of an atom.

(143) The structure of the atom was studied in chemistry class.

(144) The nucleus of an atom contains the protons and neutrons.

(145) Electrons can be found in the outermost shell of an atom.

(146) The hydrogen atom is essential for the formation of water.

(147) The atom bomb was a cause for concern among world leaders.

(148) The ground state of an atom is its most fundamental state.

(149) The word deuteron refers to a nucleus of a deuterium atom.

(150) The nucleo of the atom is made up of protons and neutrons.

(151) Carbene is a neutral molecule with a divalent carbon atom.

(152) The orbitals of an atom determine its chemical properties.

(153) An ion is an atom or molecule that has an electric charge.

(154) When an atom loses an electron, it becomes a positive ion.

(155) When an atom gains an electron, it becomes a negative ion.

(156) The mass of an atom is mostly concentrated in its nucleus.

(157) The radius of the atom determines its size and properties.

(158) The hydrogen atom is used as a fuel in hydrogen fuel cells.

(159) The hydrogen atom is used as a coolant in nuclear reactors.

(160) Tautomers can be formed by the movement of a hydrogen atom.

(161) The nucleus of an atom contains positively charged protons.

(162) The atom bomb was a product of intense scientific research.

(163) The atom bomb was a devastating weapon of mass destruction.

(164) The atom bomb was a tool of deterrence during the Cold War.

(165) The positive charge of the nucleus holds the atom together.

(166) The chemical structure of amidins includes a nitrogen atom.

(167) The bromo atom has a yellow-brown color and a pungent odor.

(168) Ato is a common prefix used in chemistry to denote an atom.

(169) The chemistry lab experimented with the orb about the atom.

(170) The physics class studied a close up of the atom structure.

(171) An atom is a tiny thing that makes up everything around us.

(172) When an atom loses or gains an electron, it becomes an ion.

(173) The electrical charge of an atom determines its properties.

(174) The energy released by an atom is proportional to its mass.

(175) The atom bomb was a weapon of immense power and destruction.

(176) The atom bomb was a symbol of immense power and destruction.

(177) The atom bomb was first used in warfare during World War II.

(178) The electronic configuration of the atom is centrosymmetric.

(179) Tropine is a bicyclic organic compound with a nitrogen atom.

(180) An ion is an atom or molecule that has an electrical charge.

(181) The physical structure of the atom was studied in chemistry.

(182) The hydrogen atom is the lightest atom in the periodic table.

(183) The size of a single atom is typically around 0.1 nanometres.

(184) The ionisation of an atom can affect its chemical reactivity.

(185) The erbium atom has a radius of approximately 176 picometers.

(186) The number of nucleons in an atom determines its atomic mass.

(187) The atom bomb was a weapon that changed the rules of warfare.

(188) The atom bomb was a weapon that could wipe out entire cities.

(189) The orbitals of an atom determine its electron configuration.

(190) The barium atom has a radius of approximately 222 picometers.

(191) The size of a carbon atom is typically around 0.2 nanometres.

(192) The atom bomb caused widespread destruction and loss of life.

(193) The amidic nitrogen atom can be used to form metal complexes.

(194) The chemical structure of amidogens includes a nitrogen atom.

(195) Chlorin is a type of porphyrin that contains a chlorine atom.

(196) Neutrons are constantly moving within the nucleus of an atom.

(197) The valence electrons of an atom are the outermost electrons.

(198) The size of a typical atom is on the order of a few angstroms.

(199) The ionisation of an atom can result in the emission of light.

(200) The nucleus is the central part of an atom's atomic structure.

(201) A carbon atom has six protons and six neutrons in its nucleus.

(202) The development of the atom bomb was a closely guarded secret.

(203) The process of ionising an atom involves removing an electron.

(204) The mass number of an atom can be found on the periodic table.

(205) Neutrons can cause fission, which is the splitting of an atom.

(206) Methane is made up of one carbon atom and four hydrogen atoms.

(207) The number of protons in an atom determines its atomic number.

(208) The particles in the atom are linked by electromagnetic force.

(209) The hydrogen atom is the most abundant element in the universe.

(210) The hydrogen atom is involved in the process of photosynthesis.

(211) The carbon atom is the building block of all organic compounds.

(212) The carbon atom is responsible for the black color of charcoal.

(213) The atomic nucleus is responsible for the stability of an atom.

(214) The ground state of an atom is its lowest energy configuration.

(215) The electron's movement in an atom is described as oscillatory.

(216) The mass of nucleons is concentrated in the nucleus of an atom.

(217) The atom bomb was a weapon that could annihilate entire cities.

(218) Bohr's most famous contribution was the Bohr model of the atom.

(219) Atomistically speaking, the smallest unit of matter is an atom.

(220) The diameter of a hydrogen atom is approximately 53 picometers.

(221) The semiclassical model of the atom is based on the Bohr model.

(222) The electron in a hydrogen atom occupies discrete energy levels.

(223) The hydrogen atom is highly reactive due to its single electron.

(224) The hydrogen atom is used as a tracer in scientific experiments.

(225) The atom bomb was a source of national pride for some countries.

(226) The carbon atom is the basis for the study of organic chemistry.

(227) The ionizing energy of an atom can be determined experimentally.

(228) The chemical structure of chlorid consists of one chlorine atom.

(229) Ligands are molecules or ions that bind to a central metal atom.

(230) The ground state of an atom is its state of lowest energy level.

(231) The diameter of a hydrogen atom is approximately 0.53 angstroms.

(232) The bismuthal atom has a radius of approximately 156 picometers.

(233) The momenta of the electrons in the atom were studied in detail.

(234) The energy levels of the atom were determined spectroscopically.

(235) The physicists were asked to investigate the radius of the atom.

(236) The chemical structure of dimethoate includes a phosphorus atom.

(237) The eigenstate of the atom was observed to be in a stable state.

(238) The scission of the atom releases a tremendous amount of energy.

(239) The student used a model to illustrate the structure of an atom.

(240) The three parts of an atom are protons, neutrons, and electrons.

(241) The formal charge of an atom can be positive, negative, or zero.

(242) The behavior of a hydrogen atom is governed by quantum mechanics.

(243) The hydrogen atom is used in the production of hydrogen peroxide.

(244) The hydrogen atom is involved in the formation of covalent bonds.

(245) The positively charged ion is formed when an atom gains a proton.

(246) The atom bomb was a testament to human ingenuity and destruction.

(247) The energy levels of orbitals determine the stability of an atom.

(248) Bohr's atomic model revolutionized our understanding of the atom.

(249) The negatively charged atom repelled the positively charged atom.

(250) The ionizes process occurs when an atom gains or loses electrons.

(251) Tautomers can be formed through the migration of a hydrogen atom.

(252) The valence electrons of an atom occupy the highest energy level.

(253) The valence electrons of an atom determine its chemical behavior.

(254) Bivalences can be used to determine the hybridization of an atom.

(255) The orbitale of an atom can be described using quantum mechanics.

(256) The amidic nitrogen atom is a key site for chemical modification.

(257) The electrons in an atom revolve in a pattern around the nucleus.

(258) The acyl group was attached to the nitrogen atom in the molecule.

(259) The diameter of a hydrogen atom is approximately one millimicron.

(260) Thomson's model of the atom was proposed by J.J. Thomson in 1904.

(261) The student used a model to illustrate the structure of the atom.

(262) The scientist used a figure to explain the structure of the atom.

(263) The electrons in an atom are arranged in energy levels or shells.

(264) I have a boron atom in my bones, and it helps to strengthen them.

(265) The ionisation of an atom can affect its stability and reactivity.

(266) The world was forever changed after the dropping of the atom bomb.

(267) The deuteron is a stable particle found in the nucleus of an atom.

(268) The total number of nucleons in an atom is called its mass number.

(269) The thiolate anion is a strong nucleophile due to its sulfur atom.

(270) The mass number of an atom is the sum of its protons and neutrons.

(271) The ethoxy group is composed of an oxygen atom and an ethyl group.

(272) The Rydberg atom is a model system for studying quantum mechanics.

(273) The atomic mass of an atom is the sum of its protons and neutrons.

(274) The number of neutrons in an atom can vary, resulting in isotopes.

(275) The globular structure of the atom was studied in chemistry class.

(276) I have a boron atom in my body, and it is essential for my health.

(277) The carbamate bond is formed between a carbon and a nitrogen atom.

(278) The negative charge of the atom determines its chemical properties.

(279) The number of orbitals in an atom depends on its electron capacity.

(280) The hydrogen bomb is a weapon that relies on the power of the atom.

(281) The ground state of an atom is its state of lowest possible energy.

(282) Tautomers can be interconverted by the transfer of a hydrogen atom.

(283) The atom bomb was a source of fear and anxiety during the Cold War.

(284) The atomic radius of a helium atom is approximately 0.93 angstroms.

(285) The sundering of the atom led to the development of nuclear energy.

(286) Methane is a molecule with one carbon atom and four hydrogen atoms.

(287) The distribution of electrons in an atom determines its properties.

(288) The concept of the atom originated with ancient Greek philosophers.

(289) The globular structure of the atom made it essential for chemistry.

(290) Electrons can jump from one atom to another in a chemical reaction.

(291) The hydrogen atom consists of a single proton and a single electron.

(292) The positively charged ion is formed when an atom loses an electron.

(293) The number of protons in an atom determines its chemical properties.

(294) The substituents on the sulfur atom affect the compound's stability.

(295) The splitting of the atom led to the development of nuclear weapons.

(296) The atom bomb was a weapon that forever changed the face of warfare.

(297) If you split an atom, you can release a tremendous amount of energy.

(298) Monochloride is a chemical compound that contains one chlorine atom.

(299) The decillionth atom in a rock is part of its fundamental structure.

(300) When an atom is ionized, it will break down into electrons and ions.

(301) The eigenfunctions of the hydrogen atom are the spherical harmonics.

(302) The development of the atom bomb was a major scientific achievement.

(303) Thiolate is a type of chemical compound that contains a sulfur atom.

(304) The quadrillionth atom in a grain of sand is impossible to pinpoint.

(305) Deoxyribose is a modified form of ribose, with one less oxygen atom.

(306) The energy of a photon can be transferred to an electron in an atom.

(307) The physical structure of the atom was explained in chemistry class.

(308) The structure of the atom was first discovered by Ernest Rutherford.

(309) The atomic radius of a hydrogen atom is approximately 52.9 angstroms.

(310) The cesium atom has a single valence electron in the outermost shell.

(311) The ionizing energy of an atom is influenced by its atomic structure.

(312) The etats of an atom can be determined by its electron configuration.

(313) Protons are attracted to the negatively charged electrons in an atom.

(314) The valence of an atom determines its ability to form chemical bonds.

(315) It takes billions of yoctoseconds for light to travel across an atom.

(316) The ionic radius of an atom determines its size in a crystal lattice.

(317) The atom bomb was a subject of intense scientific and ethical debate.

(318) The atom bomb was a technological marvel and a humanitarian disaster.

(319) The thickness of a graphene sheet is only one atom or 0.3 nanometres.

(320) The atomic radius of a hydrogen atom is approximately 0.1 nanometres.

(321) The process of breaking into protons is similar to splitting an atom.

(322) The Ariel Atom is a high-performance sports car with a unique design.

(323) The hydroxylamine molecule contains one nitrogen and one oxygen atom.

(324) The indamine molecule contains a nitrogen atom in its ring structure.

(325) The center of the atom is where the protons and neutrons are located.

(326) The acridine molecule contains a nitrogen atom and two benzene rings.

(327) The ionisation of an atom can result in the loss or gain of electrons.

(328) Beta decay is one of the ways in which an atom can become more stable.

(329) The coordination number of a carbon atom in a diamond crystal is four.

(330) The spectrum line was used to calculate the energy levels of the atom.

(331) The atom bomb was a symbol of the destructive capabilities of mankind.

(332) The atomic nucleus is the repository of an atom's genetic information.

(333) The electron in an atom can oscillate between different energy levels.

(334) The substituents on the nitrogen atom enhance the compound's basicity.

(335) The hydroxide group consists of one oxygen atom and one hydrogen atom.

(336) The ketone group consists of a carbon double bonded to an oxygen atom.

(337) The splitting of the atom revolutionized the field of nuclear physics.

(338) The ground state of an atom is its most energetically favorable state.

(339) The epoxide molecule contains an oxygen atom in a three-membered ring.

(340) The word nucleon refers to a particle found in the nucleus of an atom.

(341) The number of nucleons in an atom can vary between different isotopes.

(342) Monatomic ions have a single charge and are formed from a single atom.

(343) The amidic nitrogen atom can be protonated to form a cationic species.

(344) The discovery of the atom anteceded the development of nuclear energy.

(345) Haloids are a group of chemical compounds that contain a halogen atom.

(346) When an atom loses or gains electrons, it ionizes and becomes charged.

(347) The eigenstate of the atom was analyzed to determine its energy level.

(348) The physicist needs to bisect beneath the atom to study its structure.

(349) Water is a molecule made up of two hydrogen atoms and one oxygen atom.

(350) The number of electrons in an atom determines its chemical properties.

(351) The amino group contains a nitrogen atom bonded to two hydrogen atoms.

(352) The electronegativity of an atom can influence its acidity or basicity.

(353) The trillionth atom in the molecule determines its chemical properties.

(354) The carbon atom is known for its ability to form strong covalent bonds.

(355) The process of ionisation occurs when an atom gains or loses electrons.

(356) The emission of a beta particle can alter the atomic number of an atom.

(357) The atom bomb was a symbol of the destructive power of nuclear weapons.

(358) The orbitale of an atom can be visualized as a three-dimensional shape.

(359) The physicist used a laser to bisect the atom into two parts for study.

(360) The electron configuration of an atom determines its chemical behavior.

(361) Amidines are a class of organic compounds that contain a nitrogen atom.

(362) The wavefunction can be used to calculate the energy levels of an atom.

(363) The physicist used a crosssection of an atom to explain its properties.

(364) The mass number of an atom can be used to calculate its binding energy.

(365) Methanes are a group of hydrocarbons that contain only one carbon atom.

(366) Pions are subatomic particles that are found in the nucleus of an atom.

(367) The excited state of the atom is responsible for the emission of light.

(368) The physicist used a laser to bisect the atom and study its properties.

(369) The hydrogen atom is used in the synthesis of various organic compounds.

(370) Ionisation is the process of converting an atom or molecule into an ion.

(371) Positively charged particles can be found in the outer shell of an atom.

(372) Ionization is the process of converting an atom or molecule into an ion.

(373) The atomic nucleus is the center of attraction for electrons in an atom.

(374) Protons are one of the three fundamental particles that make up an atom.

(375) The ground state of an atom is its state of lowest energy configuration.

(376) The positive and negative charges in the atom neither attract nor repel.

(377) Yoctoseconds are crucial in measuring the speed of electrons in an atom.

(378) The nucleon is a crucial factor in determining the stability of an atom.

(379) The valence electrons of an atom can be determined by its atomic number.

(380) The n-s valence electrons of the atom determine its chemical reactivity.

(381) Grade 10 students used drawings to illustrate the structure of the atom.

(382) When an atom loses or gains electrons, it can ionise and become charged.

(383) The binding energy of a photon is the energy required to ionize an atom.

(384) The ionization potential of an atom is the energy required to ionize it.

(385) The onium ion can be formed by protonation of a nitrogen or oxygen atom.

(386) The nucleonic charge of the atom was calculated using quantum mechanics.

(387) A free electron is an electron that is not bound to an atom or molecule.

(388) The formal charge of an atom can be calculated using a specific formula.

(389) The azide group can be used to introduce a nitrogen atom into a molecule.

(390) The hydrogen atom is the simplest and most abundant atom in the universe.

(391) The hydrogen atom is essential for the functioning of biological systems.

(392) Electronegativity is a measure of an atom's ability to attract electrons.

(393) The ionisation of an atom can lead to the formation of a cation or anion.

(394) The ionisation of an atom can be quantified using mathematical equations.

(395) Positively charged particles are usually found in the nucleus of an atom.

(396) The atom bomb was a subject of intense debate and ethical considerations.

(397) The carbon atom is unique in its ability to form double and triple bonds.

(398) The ionizing energy of an atom can be calculated using quantum mechanics.

(399) Protons are positively charged particles found in the nucleus of an atom.

(400) The substituents on the phosphorus atom affect the compound's reactivity.

(401) The van der Waals radius is a measure of the size of an atom or molecule.

(402) Epoxide rings can be opened by nucleophilic attack at either carbon atom.

(403) Thiophene is a heterocyclic compound with a sulfur atom in its structure.

(404) The quantum number determines the energy level of an electron in an atom.

(405) Nitrosyl is a chemical compound that contains a nitrogen and oxygen atom.

(406) The orbitale of an atom can be used to predict chemical bonding behavior.

(407) The structure of the atom is made up of protons, neutrons, and electrons.

(408) The Grade 8 student used a model to illustrate the structure of the atom.

(409) The basic structure of an atom includes protons, neutrons, and electrons.

(410) The mass of the atom is determined by the number of protons and neutrons.

(411) Electrons can be transferred from one atom to another through ionization.

(412) The electrons in an atom revolve through their orbits around the nucleus.

(413) The electronegativity of an atom can influence its ability to form alloys.

(414) Isotope mass plays a crucial role in determining the stability of an atom.

(415) Electrons occupy specific energy levels within an atom's atomic structure.

(416) The government was concerned about the possibility of an atom bomb attack.

(417) The atom bomb was a result of scientific advancements during World War II.

(418) The atom bomb was a topic of discussion among scientists and policymakers.

(419) Avogadro's number is used to determine the number of electrons in an atom.

(420) Ionizing energy is the energy required to remove an electron from an atom.

(421) The formal charge of an atom can be used to determine its oxidation state.

(422) The term deoxy is often used to describe molecules lacking an oxygen atom.

(423) Deoxyribose is a pentose sugar with four carbon atoms and one oxygen atom.

(424) The atom bomb was a weapon that could bring about the end of civilization.

(425) Nuclear energy is a type of energy that comes from the nucleus of an atom.

(426) The structure of the atom is composed of protons, neutrons, and electrons.

(427) Bohr's model of the atom was based on the idea of quantized energy levels.

(428) The electrophilic center of a molecule is often a positively charged atom.

(429) The electronegativity of an atom can vary depending on its oxidation state.

(430) The likelihood of finding a specific atom in the universe is one-billionth.

(431) The lone pair of electrons on the oxygen atom makes water a polar molecule.

(432) The atomic nucleus is where the majority of an atom's mass is concentrated.

(433) The formal charge of an atom can be used to determine its electron density.

(434) The sulfur atom in thiophene can act as a nucleophile in certain reactions.

(435) The number of nucleons in an atom can be changed through nuclear reactions.

(436) The valence electrons of an atom are located in its outermost energy level.

(437) The onium ion can be formed by the addition of a proton to a nitrogen atom.

(438) The centre of the atom is the nucleus, which contains protons and neutrons.

(439) The chemist uses a brominating agent to add a bromine atom to the molecule.

(440) The molecule of water is made up of two hydrogen atoms and one oxygen atom.

(441) Disodium is a salt that is made up of two sodium atoms and one oxygen atom.

(442) Hydroxyls are functional groups that contain an oxygen and a hydrogen atom.

(443) The scientist's figuration of the atom revolutionized the field of physics.

(444) The hydrogen atom is used as a reducing agent in various chemical reactions.

(445) The electronegativity of an atom affects its ability to form covalent bonds.

(446) The valence number of an atom determines its ability to form chemical bonds.

(447) The electron cloud model visualizes the distribution of orbitals in an atom.

(448) The methyl group consists of one carbon atom bonded to three hydrogen atoms.

(449) The tautomeric shift occurs when a hydrogen atom migrates within a molecule.

(450) The atomic mass unit is defined as one-twelfth the mass of a carbon-12 atom.

(451) A monoacid is a type of acid that contains only one ionizable hydrogen atom.

(452) Monoxides are a type of chemical compound that contain only one oxygen atom.

(453) The orbitale of an atom can be determined through mathematical calculations.

(454) The distribution of electrons in an atom determines its chemical properties.

(455) The half-life of an atom is the time it takes for half of a sample to decay.

(456) The electrons in an atom are at equidistant intervals within their orbitals.

(457) Partons are constantly moving and interacting within the nucleus of an atom.

(458) Thiols are organic compounds that contain a sulfur atom and a hydrogen atom.

(459) The electrophilic center of the molecule is often a positively charged atom.

(460) Atomic weight is determined by the number of protons and neutrons in an atom.

(461) The carbonyl group consists of a carbon atom double bonded to an oxygen atom.

(462) The relative scale of the particles in an atom is studied in quantum physics.

(463) The carbon atom is essential for life as it is found in all living organisms.

(464) The ionizing energy of an atom can be affected by the presence of impurities.

(465) The oxidation state of an atom can be used to calculate its oxidation number.

(466) Deoxyribose is a sugar molecule that lacks an oxygen atom at the 2' position.

(467) The pyridinium ion is formed by protonation of the nitrogen atom in pyridine.

(468) Black holes can be small or large, with some being as small as a single atom.

(469) Carbon dioxide is a molecule made up of one carbon atom and two oxygen atoms.

(470) Methane is a simple hydrocarbon with one carbon atom and four hydrogen atoms.

(471) The perpetual motion of the electrons in an atom is what creates electricity.

(472) The threat of an atom bomb attack during the Cold War caused widespread fear.

(473) The imido bond is a strong covalent bond between a nitrogen and a metal atom.

(474) Monatomic crystals have unique properties due to their single atom structure.

(475) Pyrrol is a weak base due to the lone pair of electrons on the nitrogen atom.

(476) The negative charge of the atom determines its position in the periodic table.

(477) The attractive force between the nucleus and electrons holds an atom together.

(478) The number of nucleons in an atom can be determined using a mass spectrometer.

(479) The valence electrons of an atom determine its position in the periodic table.

(480) The valence electrons of an atom are responsible for its ability to form ions.

(481) The valence electrons of an atom can be found in the outermost electron shell.

(482) Electrophiles can be generated by the loss of a hydrogen atom from a molecule.

(483) The teacher used a modell to explain the structure of an atom to the students.

(484) The nondegenerate energy levels of the atom were studied in the chemistry lab.

(485) The ionization energy of an atom is the energy required to remove an electron.

(486) The deuteron is a nucleus of an atom that contains one proton and one neutron.

(487) The fundamental structure of an atom includes a nucleus and orbiting electrons.

(488) The word thiol refers to a class of organic compounds containing a sulfur atom.

(489) The ionizing energy of an atom can be influenced by the presence of a catalyst.

(490) The Bohr radius is a fundamental constant used to describe the size of an atom.

(491) The scientist used advanced technology to probe into the structure of the atom.

(492) The alkoxide functional group contains an oxygen atom bonded to an alkyl group.

(493) The pentanoate molecule consists of five carbon atoms bonded to an oxygen atom.

(494) Oxyanions can have different chemical properties depending on the central atom.

(495) The presence of a sulfur atom in thiophene gives it unique chemical properties.

(496) The number of electrons in an atom's outermost shell determines its reactivity.

(497) When a neutron collides with an atom, it can cause the atom to become unstable.

(498) The scientist suggested shrinking the radius of the atom to study its behavior.

(499) The metastable state of the atom allowed it to exist in a highly excited state.

(500) The nondegenerate energy levels of the atom were determined using spectroscopy.

(501) The electrons in an atom revolve under the influence of electromagnetic forces.

(502) The hydrogen atom is responsible for the characteristic color of certain flames.

(503) The electron configuration of an atom can be represented using orbital notation.

(504) The ionizing energy of an atom can be influenced by the presence of other atoms.

(505) Tautomers can have different functional groups attached to the same carbon atom.

(506) The number of protons and neutrons in an atom determines the number of nucleons.

(507) The amide functional group contains a nitrogen atom bonded to a carbonyl carbon.

(508) The hydrogen atoms in methane are arranged tetrahedrally around the carbon atom.

(509) The discovery of the atom revolutionized our understanding of the natural world.

(510) The molecule of carbon dioxide consists of one carbon atom and two oxygen atoms.

(511) Neutrons, which are subatomic particles, can be found in the nucleus of an atom.

(512) The use of the atom bomb on Hiroshima and Nagasaki had devastating consequences.

(513) The power of the atom bomb was demonstrated in the destruction of entire cities.

(514) The structure of lactone includes a carbonyl group and an oxygen atom in a ring.

(515) The barbituric acid molecule contains two carbonyl groups and one nitrogen atom.

(516) The researcher bisected toward the nucleus of the atom to analyze its properties.

(517) The valence electrons of an atom are involved in the formation of chemical bonds.

(518) The valence electrons of an atom are responsible for its electrical conductivity.

(519) The valence electrons of an atom are crucial in determining its bonding patterns.

(520) The Xe atom has a full outer shell of electrons, making it stable and unreactive.

(521) Methoxy is a chemical group that contains an oxygen atom bonded to a carbon atom.

(522) The atom smasher has the potential to unlock new technologies and energy sources.

(523) The bromo atom is larger than the chlorine atom but smaller than the iodine atom.

(524) Deuteron is a type of subatomic particle that is found in the nucleus of an atom.

(525) The carbonylic carbon in the molecule is highly polarized due to the oxygen atom.

(526) An atom is the smallest unit of matter that retains the properties of an element.

(527) The properties of an atom can be predicted by its position on the periodic table.

(528) The formal charge of an atom can be used to determine its electron configuration.

(529) The electronegativity of an atom can influence its ability to form hydrogen bonds.

(530) The negative charge of the atom is balanced by the positive charge of the protons.

(531) The carbon atom is crucial for the production of plastics and synthetic materials.

(532) The formal charge of an atom can be used to determine its stability in a molecule.

(533) The valence electrons of an atom can be represented by the electron dot structure.

(534) Bivalences can be used to determine the valence electron configuration of an atom.

(535) Monacid is a term used to describe a substance with only one acidic hydrogen atom.

(536) The study of pions has led to a better understanding of the structure of the atom.

(537) Carbanions can be generated by deprotonation of a carbon atom using a strong base.

(538) Ketoximes are organic compounds that contain a nitrogen atom and a carbonyl group.

(539) Thiofuran is a heterocyclic compound with a sulfur atom in its five-membered ring.

(540) Methoxy is a chemical group that contains an oxygen atom bonded to a methyl group.

(541) The fundamental structure of an atom consists of protons, neutrons, and electrons.

(542) Graphene is a one-atom-thick layer of carbon atoms arranged in a hexagonal lattice.

(543) The electron cloud surrounding an atom extends several angstroms in all directions.

(544) The ionisation of an atom can result in the formation of positive or negative ions.

(545) The ionizing energy of an atom can be affected by the presence of a magnetic field.

(546) The formal charge of an atom can be used to determine its role in a redox reaction.

(547) The formation of oxyanions involves the addition of oxygen atoms to a central atom.

(548) If you combine two hydrogen atoms and one oxygen atom, you get a molecule of water.

(549) The thickness of a graphene sheet is only one atom thick, or around 0.3 nanometres.

(550) A nuclide is a specific type of atom with a defined number of protons and neutrons.

The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Atom. They do not represent the opinions of TranslateEN.com.