Valence Number in a sentence
(1) The valence number of neon is 0.
(2) The valence number of sodium is 1.
(3) The valence number of silver is 1.
(4) The valence number of helium is 0.
(5) Oxygen has a valence number of -2.
(6) Sodium has a valence number of +1.
(7) Carbon has a valence number of +4.
(8) Sulfur has a valence number of -2.
(9) The valence number of calcium is 2.
(10) The valence number of sodium is +1.
Valence Number sentence
(11) The valence number of carbon is +4.
(12) Calcium has a valence number of +2.
(13) The valence number of hydrogen is 1.
(14) The valence number of fluorine is 1.
(15) Chlorine has a valence number of -1.
(16) The valence number of calcium is +2.
(17) Fluorine has a valence number of -1.
(18) Nitrogen has a valence number of -3.
(19) The valence number of magnesium is 2.
(20) The valence number of hydrogen is +1.
Valence Number make sentence
(21) The valence number of magnesium is +2.
(22) The valence number of potassium is +1.
(23) Phosphorus has a valence number of -3.
(24) Oxygen's valence number in water is -2.
(25) Oxygen's valence number in ozone is -1.
(26) Carbon's valence number in methane is -4.
(27) The valence number of gold is typically 3.
(28) The valence number of zinc is typically 2.
(29) Sulfur usually has a valence number of -2.
(30) The valence number of oxygen in water is 2.
Sentence of valence number
(31) Oxygen's valence number in peroxides is -1.
(32) The valence number of oxygen is typically 2.
(33) The valence number of iodine is typically 1.
(34) Phosphorus has a valence number of -3 or +5.
(35) Hydrogen usually has a valence number of +1.
(36) The valence number of oxygen in ozone is -1.
(37) The valence number of carbon in methane is 4.
(38) The valence number of carbon in glucose is 4.
(39) The valence number of sulfur in sulfate is 6.
(40) The valence number of bromine is typically 1.
Valence Number meaningful sentence
(41) Nitrogen typically has a valence number of -3.
(42) The valence number of hydrogen in water is +1.
(43) The valence number of carbon in methane is -4.
(44) The valence number of nitrogen in ammonia is 3.
(45) The valence number of nitrogen in nitrate is 5.
(46) Nitrogen's valence number in nitric acid is +5.
(47) The valence number of nitrogen in ammonia is -3.
(48) Nitrogen's valence number in ammonium ion is -3.
(49) The valence number of carbon in acetic acid is +2.
(50) The valence number of phosphorus in phosphate is 5.
Valence Number sentence examples
(51) Oxygen's valence number in hydrogen peroxide is -1.
(52) The valence number of sulfur in sulfuric acid is +6.
(53) Chlorine's valence number in hypochlorite ion is -1.
(54) The valence number of nitrogen in nitric acid is +5.
(55) The valence number of chlorine in chlorine gas is 0.
(56) The valence number of phosphorus in phosphine is -3.
(57) The valence number of carbon in carbon dioxide is +4.
(58) The valence number of iron can vary between +2 and +3.
(59) The valence number of sodium in sodium chloride is +1.
(60) The valence number of nitrogen in nitrous oxide is +1.
Sentence with valence number
(61) The valence number of chlorine in sodium chloride is 1.
(62) The valence number of sulfur in hydrogen sulfide is -2.
(63) The valence number of chlorine in sodium chloride is -1.
(64) The valence number of calcium in calcium chloride is +2.
(65) Oxygen typically has a valence number of -2 in compounds.
(66) The valence number of magnesium in magnesium oxide is +2.
(67) The valence number of chlorine in hydrochloric acid is -1.
(68) The valence number of hydrogen in hydrogen peroxide is -1.
(69) The valence number of phosphorus in phosphoric acid is +5.
(70) The valence number of potassium in potassium nitrate is +1.
(71) The valence number of iron can vary depending on the compound.
(72) Carbon dioxide has a valence number of +4 for carbon and -2 for oxygen.
(73) The valence number of an atom determines its ability to form chemical bonds.
Valence Number meaning
Valence number, also known as oxidation state, is a fundamental concept in chemistry that describes the charge of an atom within a compound or ion. Understanding how to use the term "valence number" correctly in a sentence is crucial for effective communication in the field of chemistry. Here are some tips on how to incorporate this term accurately:
1. Definition and Context: Begin by providing a clear definition of the term "valence number" to ensure your readers understand its meaning.
For example, "The valence number, or oxidation state, represents the charge of an atom within a compound or ion, indicating the number of electrons gained or lost."
2. Sentence Structure: When using the term "valence number" in a sentence, it is essential to maintain proper sentence structure. Ensure that the subject, verb, and object are appropriately placed. For instance, "The valence number of an element can be determined by analyzing its electron configuration."
3. Examples: To illustrate the concept of valence number, provide examples that showcase its application. For instance, "In the compound NaCl, the valence number of sodium is +1, while chlorine has a valence number of -1."
4. Comparisons: To enhance understanding, compare valence numbers between different elements or compounds.
For example, "The valence number of oxygen in water (H2O) is -2, while in hydrogen peroxide (H2O2), it is -1."
5. Chemical Reactions: Discussing valence numbers in the context of chemical reactions can be helpful. For instance, "During the reaction between magnesium (Mg) and oxygen (O2), magnesium loses two electrons, resulting in a valence number of +2, while oxygen gains two electrons, leading to a valence number of -2."
6. Periodic Table: Referencing the periodic table can provide additional context when discussing valence numbers.
For example, "Elements in Group 1 of the periodic table, such as lithium (Li) and sodium (Na), typically have a valence number of +1."
7. Valence Number Determination: Explain the methods used to determine valence numbers, such as electron configuration analysis or considering the electronegativity of atoms. For instance, "The valence number of nitrogen in ammonia (NH
3. is -3, as it gains three electrons to complete its octet."
8. Importance and Applications: Highlight the significance of valence numbers in understanding chemical properties and reactions.
For example, "Valence numbers play a crucial role in predicting the reactivity and bonding behavior of elements, aiding in the design of new compounds and materials."
9. Common Mistakes: Address common errors or misconceptions associated with valence numbers. For instance, clarify that valence numbers are not always whole numbers and can be fractional or zero in certain cases.
10. Conclusion: Summarize the key points discussed and emphasize the importance of accurately using the term "valence number" in scientific discourse. By following these tips, you can effectively incorporate the term "valence number" in sentences, ensuring clarity and precision in your scientific writing.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Valence Number. They do not represent the opinions of TranslateEN.com.