Oxidation State in a sentence
(1) The erbium ion has a +3 oxidation state.
(2) The cerous ion has a +3 oxidation state.
(3) The oxidation state of oxygen in O2 is 0.
(4) The chromous ion has a +2 oxidation state.
(5) The cobaltic ion has a +3 oxidation state.
(6) The manganic ion has a +7 oxidation state.
(7) The oxidation state of iron in FeCl3 is +3.
(8) The oxidation state of carbon in CO2 is +4.
(9) The oxidation state of sulfur in H2SO4 is +6.
(10) The oxidation state of nitrogen in NH3 is -3.
Oxidation State sentence
(11) The oxidation state of copper in CuSO4 is +2.
(12) The oxidation state of hydrogen in H2O is +1.
(13) The oxidation state of chlorine in HClO4 is +7.
(14) The oxidation state of manganese in MnO2 is +4.
(15) The most common oxidation state of cerium is +3.
(16) The oxidation state of phosphorus in H3PO4 is +5.
(17) The valence of tin can vary depending on its oxidation state.
(18) The valence of iron can vary depending on its oxidation state.
(19) The valence of lead can vary depending on its oxidation state.
(20) The oxidation state of chromium in potassium dichromate is +6.
Oxidation State make sentence
(21) The oxidation state of manganese in hypomanganate is undefined.
(22) The valency of iron can vary, depending on its oxidation state.
(23) The valence of copper can vary depending on its oxidation state.
(24) The valence of mercury can vary depending on its oxidation state.
(25) Ferric is a term used to describe iron in its +3 oxidation state.
(26) The color of flavins can vary depending on their oxidation state.
(27) The valence of antimony can vary depending on its oxidation state.
(28) The ruthenate ion has a +8 oxidation state and is highly reactive.
(29) The compound will undergo reduction and change its oxidation state.
(30) The ionic charge of iron can vary depending on its oxidation state.
Sentence of oxidation state
(31) The covalency of metals can vary depending on their oxidation state.
(32) Divalents can undergo redox reactions to change their oxidation state.
(33) Mercurous is a compound that contains mercury in a +1 oxidation state.
(34) Cobaltous is a term used to describe the +2 oxidation state of cobalt.
(35) The valency of an element can be used to determine its oxidation state.
(36) Arsenites are compounds that contain arsenic in the +3 oxidation state.
(37) Stannate is a compound that contains tin in its highest oxidation state.
(38) The divalent atom had a higher oxidation state than the monovalent atom.
(39) The properties of manganates can vary depending on their oxidation state.
(40) The formal charge of an atom can be used to determine its oxidation state.
Oxidation State meaningful sentence
(41) The formal charge of an element can vary depending on its oxidation state.
(42) The electronegativity of an atom can vary depending on its oxidation state.
(43) Uranate is a compound that contains uranium in its highest oxidation state.
(44) The oxidation state of an element can be changed through chemical reactions.
(45) The oxidation state of an element can be used to balance chemical equations.
(46) The electrovalency of an atom can be predicted based on its oxidation state.
(47) The color of viologen compounds can vary depending on their oxidation state.
(48) The oxidation state of an atom can be used to calculate its oxidation number.
(49) The reactivity of aryls can be modulated by controlling their oxidation state.
(50) Ferrates are a group of compounds that contain iron in a high oxidation state.
Oxidation State sentence examples
(51) The color of uranate can vary depending on the oxidation state of the uranium.
(52) Ruthenate is a compound that contains ruthenium in its highest oxidation state.
(53) Bromic acid is a compound that contains bromine in its highest oxidation state.
(54) Metavanadate is a compound that contains vanadium in its highest oxidation state.
(55) The oxidation state of an element can affect its physical and chemical properties.
(56) The oxidation state of an element can be influenced by the pH of its surroundings.
(57) Pentoxides can undergo reduction reactions to form lower oxidation state compounds.
(58) The formation of oxyanions is influenced by the oxidation state of the central atom.
(59) The oxidation state of an atom can be affected by the presence of different isotopes.
(60) Superscripts are often used in chemistry to indicate the oxidation state of an element.
Sentence with oxidation state
(61) Understanding the oxidation state is crucial in predicting the reactivity of a compound.
(62) The oxidation state of an element can be used to determine its role in a redox reaction.
(63) The oxidation state of an atom can be determined by analyzing its bond with other atoms.
(64) The oxidation state of an element can be determined by analyzing its chemical properties.
(65) The oxidation state of an atom can be represented by Roman numerals in chemical formulas.
(66) The oxidation state of an element can be used to determine its charge in ionic compounds.
(67) The oxidation state of an atom can be determined by analyzing its electron configuration.
(68) The oxidation state of an atom can be affected by the presence of lone pairs of electrons.
(69) The oxidation state of an element can be used to predict its behavior in redox titrations.
(70) The color of vanadate compounds can vary depending on the oxidation state of the vanadium.
Use oxidation state in a sentence
(71) The valence electron configuration of an atom can be used to determine its oxidation state.
(72) The oxidation state of an atom can be changed through the process of reduction or oxidation.
(73) The oxidation state of an element can be used to determine its role in biological processes.
(74) The oxidation state of an atom can be influenced by the presence of catalysts in a reaction.
(75) The addition of potassium permanganate to a solution can help determine its oxidation state.
(76) Cobaltous is a term used to describe a compound containing cobalt in its +2 oxidation state.
(77) The oxidation state of an element can be used to determine its behavior in corrosion processes.
(78) Reductants are commonly used in chemical reactions to reduce the oxidation state of a molecule.
(79) The electron spin resonance signal can be used to determine the oxidation state of a metal ion.
(80) The bipyramidal coordination of the ligands around the metal ion determines its oxidation state.
Sentence using oxidation state
(81) The oxidation state of an atom can be determined by analyzing its position in the periodic table.
(82) The oxidation state of an element can be used to determine its position in the reactivity series.
(83) The word suboxide refers to a compound with a lower oxidation state than the corresponding oxide.
(84) The oxidation state of an element can be used to determine its role in the formation of complexes.
(85) Nicotinamide adenine dinucleotide is abbreviated as NAD+ or NADH depending on its oxidation state.
(86) The oxidation state of an atom can be affected by the presence of ligands in coordination compounds.
(87) The oxidation state of potassium in potassium oxide is +1, indicating that it has lost one electron.
(88) The permanganic ion is often used in redox reactions to balance the oxidation state of other elements.
(89) The oxidation state of an atom can be influenced by the electronegativity of other atoms in a molecule.
(90) The oxidation state of an element can be used to classify it as a reducing agent or an oxidizing agent.
Oxidation State example sentence
(91) The reactivity of organometallic compounds can be modulated by changing the oxidation state of the metal.
(92) Reductants can be used to remove oxygen from a compound, resulting in a reduction in its oxidation state.
(93) If baddeleyite is exposed to reducing conditions, it may undergo reduction and change its oxidation state.
(94) The hypophosphorous acid was added to the reaction mixture to reduce the oxidation state of the metal ion.
(95) The oxidation state of an atom can be determined by counting the number of electrons it has gained or lost.
(96) The oxidation state of an element can be used to determine its stability in different chemical environments.
(97) The formal charge of the molecule can be used to determine the oxidation state of the atoms in the molecule.
(98) The tridentate ligand in this coordination complex can stabilize the metal ion in a specific oxidation state.
(99) The formal charge of an atom can be used to determine its oxidation state, and this can help predict its reactivity.
(100) The oxidation state of an atom can be influenced by the presence of different functional groups in organic compounds.
(101) When enolic compounds are subjected to oxidation, they can undergo a change in their oxidation state, leading to the formation of different functional groups.
(102) When enolic compounds are subjected to reduction, they can undergo a change in their oxidation state, resulting in the formation of different functional groups.
Oxidation State meaning
Oxidation state, also known as oxidation number, is a fundamental concept in chemistry that describes the degree of oxidation or reduction of an atom within a compound. It is a crucial parameter used to understand the reactivity and behavior of elements in chemical reactions. In this article, we will explore various tips on how to use the term "oxidation state" or "oxidation number" effectively in sentences.
1. Definition and Explanation: When introducing the term "oxidation state" in a sentence, it is essential to provide a clear and concise definition.
For example, "The oxidation state, or oxidation number, of an atom refers to the hypothetical charge that an atom would possess if all its bonds were purely ionic."
2. Contextualize the Term: To enhance understanding, it is helpful to provide context when using the term "oxidation state." This can be achieved by relating it to specific chemical reactions or elements. For instance, "The oxidation state of an element can vary depending on its participation in a redox reaction, such as the conversion of iron from Fe2+ to Fe3+."
3. Examples: Including examples in your sentences can illustrate the concept of oxidation state effectively. For instance, "In the compound H2O, the oxidation state of hydrogen is +1, while the oxidation state of oxygen is -2."
4. Oxidation State Rules: When discussing oxidation states, it is crucial to mention the rules that govern their determination. These rules can be used to assign oxidation states to different elements in a compound.
For example, "According to the rules, the oxidation state of an element in its elemental form is always zero."
5. Oxidation State Calculation: If appropriate, you can explain how to calculate oxidation states using the rules. For instance, "To calculate the oxidation state of an element in a compound, assign electrons to the more electronegative atom and subtract the assigned electrons from the total valence electrons of the element."
6. Relationship with Redox Reactions: Highlighting the connection between oxidation states and redox reactions can provide a deeper understanding.
For example, "In a redox reaction, the element that undergoes oxidation experiences an increase in its oxidation state, while the element undergoing reduction experiences a decrease in its oxidation state."
7. Importance in Balancing Equations: Emphasize the significance of oxidation states in balancing chemical equations. For instance, "Assigning oxidation states is crucial for balancing redox equations, as it helps identify the transfer of electrons between reactants and products."
8. Oxidation State Trends: Discuss any trends or patterns related to oxidation states within a particular group or period of the periodic table.
For example, "In Group 1 of the periodic table, the oxidation state of alkali metals is always +1, while in Group 2, the oxidation state of alkaline earth metals is always +2."
9. Oxidation State Nomenclature: Explain the nomenclature used to denote different oxidation states of elements.
For example, "Roman numerals are often used in parentheses after the element's name to indicate its oxidation state, such as iron(III) for Fe3+."
10. Real-World Applications: Highlight real-world applications of oxidation states to demonstrate their relevance. For instance, "Understanding oxidation states is crucial in environmental chemistry to study the transformation of pollutants and their impact on ecosystems."
In conclusion, the term "oxidation state" or "oxidation number" is a fundamental concept in chemistry. By following these tips, you can effectively incorporate this term into sentences, providing a clear understanding of its definition, rules, calculation methods, and real-world applications.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Oxidation State. They do not represent the opinions of TranslateEN.com.