Which elements can commonly form more than one type of cation? (consult table 2.11)01. HydrogenO2. HeliumO 3. Lithium04. Beryllium5. BoronO 6. Carbon07. Nitrogen8. Oxygen09. FluorineO 10. Neon11. SodiumO 12. MagnesiumO 13. Aluminum14. Silicon15. Phosphorus16. Sulfur17. Chlorine18. ArgonVE19. Potassium20. Calcium21. ScandiumA22. Titanium23. Vanadium24. ChromiumO 25. Manganese26. Iron27. Cobalt7 28. Nickel29. CopperO 30. ZincO 31. Gallium32. Germanium33. ArsenicO34. SeleniumO 35. BromineO36. Krypton37. Rubidium38. Strontium39. YttriumO40. Zirconium

Answer : we know that transition elements shows the variable oxidation number. The list of elements…

Which elements can commonly form more than one type of cation? (consult table 2.11) 01. Hydrogen O 2. Helium O 3. Lithium 0 4. Beryllium O 5. Boron O 6. Carbon 07. Nitrogen 0 8. Oxygen O 9. Fluorine O 10. Neon O 11. Sodium O 12. Magnesium O 13. Aluminum O 14. Silicon O 15. Phosphorus O 16. Sulfur O 17. Chlorine O 18. Argon O 19. Potassium O 20. Calcium O 21. Scandium O 22. Titanium O 23. Vanadium O 24. Chromium O 25. Manganese O 26. Iron O 27. Cobalt O 28. Nickel O 29. Copper O 30. Zinc O 31. Gallium O 32. Germanium O 33. Arsenic O 34. Selenium O 35. Bromine O 36. Krypton O 37. Rubidium O 38. Strontium O 39. Yttrium O 40. Zirconium

Which elements can commonly form more than one type of cation? (consult table 2.11) 01. Hydrogen O 2. Helium O 3. Lithium 0 4. Beryllium O 5. Boron O 6. Carbon 07. Nitrogen 0 8. Oxygen O 9. Fluorine O 10. Neon O 11. Sodium O 12. Magnesium O 13. Aluminum O 14. Silicon O 15. Phosphorus O 16. Sulfur O 17. Chlorine O 18. Argon O 19. Potassium O 20. Calcium O 21. Scandium O 22. Titanium O 23. Vanadium O 24. Chromium O 25. Manganese O 26. Iron O 27. Cobalt O 28. Nickel O 29. Copper O 30. Zinc O 31. Gallium O 32. Germanium O 33. Arsenic O 34. Selenium O 35. Bromine O 36. Krypton O 37. Rubidium O 38. Strontium O 39. Yttrium O 40. Zirconium

World of Chemistry, 3rd edition

3rd Edition

ISBN:9781133109655

Author:Steven S. Zumdahl, Susan L. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan L. Zumdahl, Donald J. DeCoste

Chapter4: Nomenclature

Section: Chapter Questions

Problem 3STP

See similar textbooks

Similar questions

1. Hydrogen is a Group I element and each hydrogen will contribute I valence electron. Carbon is a Group (Roman numeral) element and each carbon will contribute ___ (number) electrons. Every oxygen atom in a compound will contribute valence electrons. Chloromethane has the molecular formula . Its skeleton is and the number of valence electrons may be determined as follows. There are three hydrogen atoms, each of which contributes 1 valence electron; the single carbon contributes 4 electrons; and the single chlorine atom contributes 7 electrons, making a total of 14 . A convenient tabular form of this calculation is
Which of the following is true about an individual atom? Explain. a. An individual atom should be considered to be a solid. b.An individual atom should be considered to be a liquid. c. An individual atom should be considered to be a gas. d. The state of the atom depends on which element it is. e. An individual atom cannot be considered to be a solid, liquid, or gas. Justify your choice, and for choices you did not pick, explain what is wrong with them.
A certain element XX has four isotopes. 5.845% of XX has a mass of 53.93961amuamu. 91.75% of XX has a mass of 55.93494amuamu. 2.123% of XX has a mass of 56.93539amuamu. 0.2820% of XX has a mass of 57.93328amuamu. What is the average atomic mass of element XX?
Determine the chemical formula for the ionic compound that forms between cesium and bromine. chemical formula: Determine the chemical formula for the ionic compound that forms between sodium and sulfur. chemical formula: Determine the chemical formula for the ionic compound forms between strontium and nitrogen. chemical formula: Determine the chemical formula for the ionic compound that forms between aluminum and oxygen. chemical formula: MacBook Air
Decide which element probably forms a compound with hydrogen that has a chemical formula most and least similar to the chemical formula of the compound formed by hydrogen and phosphorus. Comparing chemical formula of compound formed with hydrogen: most similar to phosphorus least similar to phosphorus chlorine cesium iodine × nitrogen
Please answer 2 sub units thank youuu
Number 9
Please answer all the questions. And please i need short answers, thanks.
12. Four students were asked to complete a table for a science assignment. Each student selected one chemical element from each of four groups in the periodic table and then classified each element as a metal, a nonmetal, or a metalloid. Information About Which table was completed correctly? Some Chemical Elements Group Symbol Classification 10 Ni Nonmetal 14 Metalloid 2 Mg Metal 6 Pb Metal Information About Some Chemical Elements Group Symbol Classification 17 Nonmetal Ca Metal Rb Metal 15 As Metalloid Information About Some Chemical Elements Group Symbol Classification 13 B Metalloid 15 Metal 2 Ra Nonmetal 18 Не Metal Information About Some Chemical Elements Group Symbol Classification 11 Cu Metal 15 Sb Metal 16 Metalloid 2 Ne Nonmetal
I hope you can answer all. Its all about WRITING SYMBOLS OF ELEMENTS AND FORMULAS OF INORGANIC COMPOUNDS
Indicate whether the following statements are true or false and explain your reasoning. a. Magnesium donates two electrons when it forms an ion.b. Iodine forms an ion with a - 2 charge.c. The correct formula for the ionic compound formed between potassium and chlorine is KClz2.
17 of 9 Some groups have names. Enter the number-letter version of the group number for each of these named groups. Be sure to include the number and letter. Alkali metals: Alkaline earth metals: Halogens: Noble gases: X