Directions: ONLY HANDWRITE YOUR ANSWERS IN THE SPACE PROVIDED and upload all pages as ONE unit as a pdf in Modules on Canvas. If provided the name, then you must write the formula. If provided the formula, then you must write the correct name. Indicate IUPAC names only. Use one of the following descriptions: IONIC, COVALENT, ACID or HYDRATE. Compound Name or Formula Description 19. H2O 20. Cs3PO3 21. cupric hydroxide

Directions: ONLY HANDWRITE YOUR ANSWERS IN THE SPACE PROVIDED and upload all pages as ONE unit as a pdf in Modules on Canvas. If provided the name, then you must write the formula. If provided the formula, then you must write the correct name. Indicate IUPAC names only. Use one of the following descriptions: IONIC, COVALENT, ACID or HYDRATE. Compound Name or Formula Description 19. H2O 20. Cs3PO3 21. cupric hydroxide

Living by Chemistry

2nd Edition

ISBN:9781464142314

Author:Angelica M. Stacy

Publisher:Angelica M. Stacy

ChapterU1: Alchemy: Matter, Atomic Structure, And Bonding

Section: Chapter Questions

Problem 8STP

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Directions: ONLY HANDWRITE YOUR ANSWERS IN THE SPACE PROVIDED and upload all pages as ONE unit as a pdf in Modules on Canvas. If provided the name, then you must write the formula. If provided the formula, then you must write the correct name. Indicate IUPAC names only. Use one of the following descriptions: IONIC, COVALENT, ACID or HYDRATE. Compound Name or Formula Description 16. stannic phosphide 17. FeN 18. silver sulfite dihydrate
If provided the name, then you must write the formula. If provided the formula, then you must write the correct name. Indicate IUPAC names only. Use one of the following descriptions: IONIC, COVALENT, ACID or HYDRATE. Compound Name or Formula Description 7. magnesium hydride 8. N2O 9. HBr (aq)
Directions: ONLY HANDWRITE YOUR ANSWERS IN THE SPACE PROVIDED and upload all pages as ONE unit as a pdf in Modules on Canvas. (Please note that some of these compounds do not exist as a stable substance in nature, however the following should serve as a practice exercise in nomenclature.) If provided the name, then you must write the formula. If provided the formula, then you must write the correct name. Indicate IUPAC names only. Use one of the following descriptions: IONIC, COVALENT, ACID or HYDRATE. 198. stannic oxalate 199. Sn(HCO3)4 200. CuC2O4
If provided the name, then you must write the formula. If provided the formula, then you must write the correct name. Indicate IUPAC names only. Use one of the following descriptions: IONIC, COVALENT, ACID or HYDRATE. Compound Name or Formula Description 10. barium chlorate 11. Cl2S 12. bismuth (III) hydrogen sulfite
If provided the name, then you must write the formula. If provided the formula, then you must write the correct name. Indicate IUPAC names only. Use one of the following descriptions: IONIC, COVALENT, ACID or HYDRATE. Compound Name or Formula Description 13. gallium peroxide 14. ammonium nitrate pentahydrate 15. oxalic acid
If provided the name, then you must write the formula. If provided the formula, then you must write the correct name. Indicate IUPAC names only. Use one of the following descriptions: IONIC, COVALENT, ACID or HYDRATE. 4. strontium bicarbonate 5. CH4 6. fluorine
Is it Ionic or Covalaent and write the formula. Page 2
Complete the following table with needed information. Draw the 7 Lewis structures (structural formula). All bonded pairs must be shown with solid lines and all lone pairs with dots. Answer the questions after drawing your structure. If the molecule is polar, show the net dipole with appropriate arrow. See active Fig 9.30 in your book. Water is shown as an example here. Please do not show any calculations here, just the required information. Must show all lone pairs. H₂O CS₂ Ö Electron pair geometry: Tetrahedral Molecular Geometry: Bent Approximate bond angle: 109° Polar or nonpolar: Polar SiH₂O (hint: central atom is Si) Electron pair geometry: Molecular Geometry: Approximate bond angle: Polar or nonpolar: H₂Se Electron pair geometry: Molecular Geometry: Approximate bond angle: Polar or nonpolar: Electron pair geometry: Molecular Geometry: Approximate bond angle: Polar or nonpolar: NO3 Electron pair geometry: Molecular Geometry: Approximate bond angle: Polar or nonpolar: PF3 Electron…
Draw the Lewis structure of the following polyatomic ions and covalent compounds. Show the step bystep procedure as discussed on the module. You will be graded according to the accuracy of the stepsthat you have answered.1. Nitrite ion2. Phosphorus trifluoride3. Diatomic chlorine4. Oxygen difluoride5. Formate ion
Directions: ONLY HANDWRITE YOUR ANSWERS IN THE SPACE PROVIDED (Please note that some of these compounds do not exist as a stable substance in nature, however the following should serve as a practice exercise in nomenclature.) If provided the name, then you must write the formula. If provided the formula, then you must write the correct name. Indicate IUPAC names only. Use one of the following descriptions: IONIC, COVALENT, ACID or HYDRATE. Compound Name or Formula Description 1. mercury(II) phosphate 2. cobaltous nitrite 3. nickel (III) thiocyanate 4. strontium bicarbonate 5. CH4 6. fluorine 7. magnesium hydride 8. N2O 9. HBr (aq) 10. barium chlorate 11. Cl2S 12. bismuth (III) hydrogen sulfite 13. gallium peroxide 14. ammonium nitrate pentahydrate 15. oxalic acid…
Directions: Complete the chart. Use the crisscross method to determine the formula. Compound Cation Anion Present Name Compound Formula Present Calcium Chloride Strontium Nitride Aluminum Oxide Potassium Fluoride Barium lodide Lithium Phosphide Sodium Sulfide Magnesiu m Nitride Ca+² CI-1 CaCl₂ T
Pa pretactiniumvuranlum (IM U* neptunium Pu Am phutonlum(Vmericium( thorium andunnobslum Chemical nomenclature is the language of chemistry. Writing formulas for Tonic compounds usjng the charge balance method is your first step. To write the formula, determine the number of positive ions and negative ions so that the charges even out. Write the numbers as subscripts. Show work then name compounds. Name Positive ion Negative lon Formula 1 K* PO, 2 Ca2* P3- 3 Fe3+ S2- 4 Sn+ NO3 5 Al3+ OH-