1 Matter And Measurement 2 Atoms And The Periodic Table 3 Ionic Compounds 4 Covalent Compounds 5 Chemical Reactions 6 Energy Changes, Reaction Rates, And Equilibrium 7 Gases, Liquids, And Solids 8 Solutions 9 Acids And Bases 10 Nuclear Chemistry 11 Introduction To Organic Molecules And Functional Groups 12 Alkanes 13 Unsaturated Hydrocarbons 14 Organic Compounds That Contain Oxygen, Halogen, Or Sulfur 15 The Three-dimensional Shape Of Molecules 16 Aldehydes And Ketones 17 Carboxylic Acids, Esters, And Amides 18 Amines And Neurotransmitters 19 Lipids 20 Carbohydrates 21 Amino Acids, Proteins, And Enzymes 22 Nucleic Acids And Protein Synthesis 23 Metabolism And Energy Production 24 Carbohydrate, Lipid, And Protein Metabolism 25 Body Fluids expand_more
5.1 Introduction To Chemical Reactions 5.2 Balancing Chemical Equations 5.3 Types Of Reactions 5.4 Oxidation And Reduction 5.5 The Mole And Avogadro’s Number 5.6 Mass To Mole Conversions 5.7 Mole Calculations In Chemical Equations 5.8 Mass Calculations In Chemical Equations 5.9 Percent Yield 5.10 Limiting Reactants Chapter Questions expand_more
Problem 5.43P Problem 5.44P Problem 5.45P: How many atoms of each element are drawn on each side of the followingequations? Label the equations... Problem 5.46P: How many atoms of each element are drawn on each side of the following equations? Label the... Problem 5.47P: Use the molecular art to write a balanced equation for the given reaction. Problem 5.48P Problem 5.49P: Balance each equation. a. Ni(s)+HCl(aq)NiCl2(aq)+H2(g) b. CH4(g)+Cl2(g)CCl4(g)+HCl(g) c. KClO3KCl+O2... Problem 5.50P: Balance each equation. a. Mg(s)+HBr(aq)MgBr2(s)+H2(g) b. CO(g)+O2(g)CO2(g) c.... Problem 5.51P Problem 5.52P Problem 5.53P Problem 5.54P Problem 5.55P: For the reaction depicted in the molecular art: (a) Use the common element colorson the inside back... Problem 5.56P Problem 5.57P Problem 5.58P Problem 5.59P: Classify the reaction depicted in the molecular art as combination, decomposition, single... Problem 5.60P: Classify the reaction depicted in the molecular art as combination, decomposition, single... Problem 5.61P: Classify each reaction as combination, decomposition, single replacement, ordouble replacement. a.... Problem 5.62P: Classify each reaction as combination, decomposition, single replacement, ordouble replacement. a.... Problem 5.63P: Fill in the needed reactant or product for each of the following reaction types, andbalance the... Problem 5.64P: Fill in the needed reactant or product for each of the following reaction types, andbalance the... Problem 5.65P: Identify the species that is oxidized and the species that is reduced in each reaction.Write out two... Problem 5.66P: Identify the species that is oxidized and the species that is reduced in each reaction.Write out two... Problem 5.67P Problem 5.68P: Rechargeablenickel-cadmium batteries are used in appliances and power tools. Identi1y the species... Problem 5.69P: The reaction of hydrogen (H2) with acetylene (C2H2) forms ethane (C2H6). Isacetylene oxidized or... Problem 5.70P Problem 5.71P: Calculate the formula weight and molar mass of each compound. NaNO2 (sodium nitrite), a preservative... Problem 5.72P: Calculate the formula weight and molar mass of each compound. MgSO4 (magnesium sulfate), a laxative... Problem 5.73P: L-Dopa is a drug used to treat Parkinson’s disease. What is the molecular formula of L-dopa? What is... Problem 5.74P: Niacin, vitamin B3, is found in soybeans, which contain it naturally, and cereals,which are... Problem 5.75P: Which quantity has the greater mass? 1 mol of Fe atoms or 1 mol of Sn atoms 1 mol of C atoms or... Problem 5.76P Problem 5.77P: Mescaline is a hallucinogen in peyote, a cactus native to the southwestern UnitedStates and Mexico.... Problem 5.78P Problem 5.79P: How many grams are contained in 5.00 mol of each compound? HCl Na2 SO4 C2H2 Al(OH)3 Problem 5.80P: How many grams are contained in 0.50 mol of each compound? a. NaOH b. CaSO4 e. C3H6 d. Mg(OH)2 Problem 5.81P Problem 5.82P: How many moles are contained in each number of grams of fructose ( C6H12O6, molar mass 180.2 g/mol),... Problem 5.83P Problem 5.84P Problem 5.85P Problem 5.86P Problem 5.87P: Using the balanced equation for the combustion of acetylene, answer the following questions.... Problem 5.88P: Sodium metal (Na) reacts violently when added to water according to the following balanced equation.... Problem 5.89P Problem 5.90P Problem 5.91P: What is the percent yield of B in a reaction that uses 10.0 g of starting material A, has a... Problem 5.92P: What is the percent yield of B in a reaction that uses 25.0 g of starting material A, has a... Problem 5.93P: The reaction of methane (CH4) with Cl2forms chloroform (CHCl3) and HCl. Although CHCl3 is a general... Problem 5.94P: Methanol (CH4O), which is used as a fuel in high-performance racing cars, burns in the presence of... Problem 5.95P: Consider the given reaction mixture that contains A and B molecule, represented by red and blue... Problem 5.96P: Consider the reaction of A2 and B2 to form A2B, according to the balanced equation: 2A2+B22A2B.... Problem 5.97P Problem 5.98P Problem 5.99P Problem 5.100P Problem 5.101P: The local anesthetic ethyl chloride ( C2H5Cl, molar mass 64.51 g/mol) can be prepared by reaction of... Problem 5.102P: The solvent dichloromethane (, molar mass 84.93 g/mol) can be prepared by reaction of methane (,... Problem 5.103P: Answer the following questions about the conversion of the sucrose (C12H22O11) in sugarcane to... Problem 5.104P: Answer the following questions about diethyl ether (C4H10O) , the first widely used general... Problem 5.105P Problem 5.106P Problem 5.107P Problem 5.108P Problem 5.109P Problem 5.110P Problem 5.111P: DDT, a pesticide that kills disease-carrying mosquitoes, is synthesized by the given equation. DDT... Problem 5.112P Problem 5.113CP: TCDD, also called dioxin (C12H4Cl4O2,molarmass322.0g/mol), is a potent poison. The average lethal... Problem 5.114CP format_list_bulleted