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a.
To determine:
The shape of given molecule based on the names given and the molecules built.
Concept introduction:
VSEPR theory predicts the shape of the molecules from the Lewis structure and this theory is known as the valence-shell electron-pair repulsion theory. Each atom in a molecule has a geometry to minimize the electronic repulsions in the valence shell of that atom. There are different types of geometries based on the valence electrons present in the molecule that are linear, bent, trigonal planar, pyramidal and bent shape. Based on their hybridization, the shape of the molecule is predicted.
b.
To determine:
The shape of given molecule based on the names given and the molecules built.
Concept introduction:
VSEPR theory predicts the shape of the molecules from the Lewis structure and this theory is known as the valence-shell electron-pair repulsion theory. Each atom in a molecule has a geometry to minimize the electronic repulsions in the valence shell of that atom. There are different types of geometries based on the valence electrons present in the molecule that are linear, bent, trigonal planar, pyramidal and bent shape. Based on their hybridization, the shape of the molecule is predicted.
c.
To determine:
The shape of given molecule based on the names given and the molecules built.
Concept introduction:
VSEPR theory predicts the shape of the molecules from the Lewis structure and this theory is known as the valence-shell electron-pair repulsion theory. Each atom in a molecule has a geometry to minimize the electronic repulsions in the valence shell of that atom. There are different types of geometries based on the valence electrons present in the molecule that are linear, bent, trigonal planar, pyramidal and bent shape. Based on their hybridization, the shape of the molecule is predicted.
d.
To determine:
The shape of given molecule based on the names given and the molecules built.
Concept introduction:
VSEPR theory predicts the shape of the molecules from the Lewis structure and this theory is known as the valence-shell electron-pair repulsion theory. Each atom in a molecule has a geometry to minimize the electronic repulsions in the valence shell of that atom. There are different types of geometries based on the valence electrons present in the molecule that are linear, bent, trigonal planar, pyramidal and bent shape. Based on their hybridization, the shape of the molecule is predicted.
e.
To determine:
The shape of given molecule based on the names given and the molecules built.
Concept introduction:
VSEPR theory predicts the shape of the molecules from the Lewis structure and this theory is known as the valence-shell electron-pair repulsion theory. Each atom in a molecule has a geometry to minimize the electronic repulsions in the valence shell of that atom. There are different types of geometries based on the valence electrons present in the molecule that are linear, bent, trigonal planar, pyramidal and bent shape. Based on their hybridization, the shape of the molecule is predicted.
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Chapter 3 Solutions
EBK LABORATORY MANUAL FOR GENERAL, ORGA
- Name each of the following molecular compounds:a. PBr3 b. Cl2O c. CBr4d. HF e. NF3arrow_forwardC. Write the correct chemical formula of the compounds below. Kindly make it clear and readable. 1. Magnesium bromide: ________________________2. Barium hydroxide: ___________________________3. Carbon monoxide: ___________________________4. Sodium bicarbonate: _________________________5. Phosphoric acid: _____________________________6. Sodium oxalate: _____________________________7. Cadmium hypochlorite: _______________________8. Silver(I) nitrate: _____________________________9. Ammonium sulfate: __________________________10. Dinitrogen trioxide: __________________________11. Ammonium perchlorate: ______________________12. Ferrous sulfate: _____________________________13. Plumbous chloride: __________________________14. Potassium permanganate: _____________________15. Aluminum thiocyanate: _______________________arrow_forwarda b) LEVEL 2 3) Provide the correct names or formula for the substances listed belów: a. KCI d. Naz0 b. CaCO3 e. PCI3 c. Carbon Monoxide f. Diphosphorus pentoxidearrow_forward
- 9. Name the following compound, BrF5 a. Bromine pentafluoride b. Bromine fluoride c. Bromine (IV) fluoride d. Monobromine pentafluoride 10. Avron was conducting his science fair project when he came across a bottle of acid whose label read, “HSCN.” What is the name of the acid that is contained within the bottle? a. Hydrocyanic acid b. Hydrothiocyanic acid c. Thiocyanic acid d. This acid does not exist 11. What is the chemical formula for copper (II) hydroxide? a. Cu2(OH) b. CuOH c. CuOH2 d. Cu(OH)2arrow_forwardC. Write the correct chemical formula of the compounds below. 1. Magnesium bromide: ________________________2. Barium hydroxide: ___________________________3. Carbon monoxide: ___________________________4. Sodium bicarbonate: _________________________5. Phosphoric acid: _____________________________6. Sodium oxalate: _____________________________7. Cadmium hypochlorite: _______________________8. Silver(I) nitrate: _____________________________9. Ammonium sulfate: __________________________10. Dinitrogen trioxide: __________________________11. Ammonium perchlorate: ______________________12. Ferrous sulfate: _____________________________13. Plumbous chloride: __________________________14. Potassium permanganate: _____________________15. Aluminum thiocyanate: _______________________arrow_forwardName the following compounds containing polyatomic anions g.(NH4)2SO3 h.(NH4)2S2O3 i.CsC2H3O2 j.CuCrO4 k.BaCO3 l.KMnO4 m.ZnCr2O7 n.Pb(BrO3)2 o.Hg2(BrO2)2 p.Na3PO4 q.KNO2 r.Ag2SeO4 s.Na2C2O4 t.Au(OCN)3 u.AuSCN v.Ni3(AsO4)2arrow_forward
- The substance, CoCl,, is useful as a humidity indicator because it changes from pale blue to pink as it gains water from moist air. What is its name? Select one: a. cobalt(II) chloride b. cobalt dichloride c. cobalt chloride d. copper(II) chloride е. cobaltic chloridearrow_forward34. Give the name of each of the following polyatomic ions. a. NH,+ Answer b. H2PO4 Answer + C. SO,2 Answerarrow_forward67. Name each of the following compounds: a. BaSO3 b. NaNO, c. KMNO4 d. K,Cr,O,arrow_forward
- Part: B Nomenclature 5. Write the formula for the following compounds. IUPAC Name a. iron (II) chlorate pentahydrate b. tellurous acid c. lead (II) hypophosphite d. hydroselenic acid e. helium gas f. sodium hypothiosulfite Formula 6. Write the full IUPAC name for each of the following compounds. a. N2F5 b. NH4H2PSO3 c. PbSO2 d. CuTeO2.7H₂O e. Hl (aq) f. HBrO2arrow_forwardWrite the molecular formulas for the following structural formulas: (Write the formula using subscripts (e.g., C12H14). Be aware element symbols need to be capitalized.) a. b.arrow_forwardPart: B Nomenclature 5. Write the formula for the following compounds. IUPAC Name a. iron (III) chloride pentahydrate b. sulfuric acid c. lead (IV) phosphite d. hydrosulfuric acid e. copper (II) acetate f. potassium hydrogenthiosulfite g. aluminum peroxide h. solid phosphorus g. oxygen gas h. pertelluric acid i.aqueous sodium ion j. hydrogen fluoride gas k. magnesium dihydrogenphosphate 6. Write the full IUPAC name for each of the following compounds. a. N₂O5 b. (NH4)2HPSO3 c. PbSO3 d. Ca3N2 e. Ba(CIO4)2 f. CuSeO4 3H₂O g. HI(g) h. HCl(aq) i. H₂TeO2 Formula j. S8 k. Fe2(02)3arrow_forward
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