Laboratory Manual Chemistry in Context8th EditionAmerican Chemical Society Publisher: McGraw-Hill EducationISBN: 9780073518121
Laboratory Manual Chemistry in Context
Browse All Chapters of This Textbook
Chapter 0 - Chemistry For A Sustainable FutureChapter 0.3 - The Triple Bottom LineChapter 1 - The Air We BreatheChapter 1.1 - What's In A Breath?Chapter 1.2 - What Else Is In A Breath?Chapter 1.3 - Air Pollutants And Risk AssessmentChapter 1.4 - Air Quality And YouChapter 1.5 - Where We Live: The TroposphereChapter 1.6 - Classifying Matter: Pure Substances, Elements, And CompoundsChapter 1.11 - Air Pollutants: Direct Sources
Chapter 1.12 - Ozone: A Secondary PollutantChapter 1.13 - The Inside Story Of Air QualityChapter 2 - Protecting The Ozone LayerChapter 2.1 - Ozone: What And Where Is It?Chapter 2.6 - The Oxygen-ozone ScreenChapter 2.7 - Biological Effects Of Ultraviolet RadiationChapter 2.8 - Stratospheric Ozone Destruction: Global Observations And CausesChapter 2.11 - Responses To A Global ConcernChapter 2.13 - Replacements For The ReplacementsChapter 3 - The Chemistry Of Global Climate ChangeChapter 3.1 - In The Greenhouse: Earth's Energy BalanceChapter 3.2 - Gathering Evidence: The Testimony Of TimeChapter 3.3 - Molecules: How They Shape UpChapter 3.4 - Vibrating Molecules And The Greenhouse EffectChapter 3.6 - Quantitative Concepts: MassChapter 3.7 - Quantitative Concepts: Molecules And MolesChapter 3.8 - Methane And Other Greenhouse GasesChapter 3.9 - How Warm Will The Planet Get?Chapter 3.10 - The Consequences Of Climate ChangeChapter 3.11 - What Can (or Should) We Do About Climate Change?Chapter 4 - Energy From CombustionChapter 4.1 - Fossil Fuels And ElectricityChapter 4.2 - Efficiency Of Energy TransformationsChapter 4.3 - The Chemistry Of CoalChapter 4.4 - Petroleum And Natural GasChapter 4.5 - Measuring Energy ChangesChapter 4.6 - Energy Changes At The Molecular LevelChapter 4.7 - The Chemistry Of GasolineChapter 4.9 - Biofuels I—ethanolChapter 4.10 - Biofuels I—dieselChapter 4.11 - Biofuels And The Way ForwardChapter 5 - Water For LifeChapter 5.1 - The Unique Properties Of WaterChapter 5.2 - The Role Of Hydrogen BondingChapter 5.3 - The Water We Drink And UseChapter 5.4 - Water IssuesChapter 5.5 - Aqueous SolutionsChapter 5.8 - The Ocean—an Aqueous Solution With Many IonsChapter 5.9 - Covalent Compounds And Their SolutionsChapter 5.10 - Protecting Our Drinking Water: Federal LegislationChapter 5.11 - Water TreatmentChapter 5.12 - Water Solutions For Global ChallengesChapter 6 - Neutralizing The Threats Of Acid Rain And Ocean AcidificationChapter 6.1 - What Is An Acid?Chapter 6.2 - What Is A Base?Chapter 6.4 - Introducing PhChapter 6.5 - Ocean AcidificationChapter 6.6 - The Challenges Of Measuring The Ph Of RainChapter 6.9 - The Nitrogen CycleChapter 6.10 - So2 And Nox—how Do They Stack Up?Chapter 6.11 - Acid Deposition And Its Effects On MaterialsChapter 6.12 - Acid Deposition, Haze, And Human HealthChapter 7 - The Fires Of Nuclear FissionChapter 7.1 - Nuclear Power WorldwideChapter 7.2 - How Fission Produces EnergyChapter 7.3 - How Nuclear Reactors Produce ElectricityChapter 7.5 - Looking Backward To Go ForwardChapter 7.6 - Nuclear Radiation And YouChapter 7.7 - The Weapons ConnectionChapter 7.8 - Nuclear Time: The Half—lifeChapter 7.10 - Risks And Benefits Of Nuclear PowerChapter 7.11 - A Future For Nuclear PowerChapter 8 - Energy From Electron TransferChapter 8.1 - Batteries, Galvanic Cells, And ElectronsChapter 8.3 - Battery Ingredients: Cradle—to—cradleChapter 8.4 - Hybrid VehiclesChapter 8.5 - Fuel Cells: The BasicsChapter 8.6 - Hydrogen For Fuel Cell VehiclesChapter 8.7 - Photovoltaic Cells: The BasicsChapter 8.8 - Electricity From Renewable (sustainable) SourcesChapter 9 - The World Of Polymers And PlasticsChapter 9.1 - Polymer Here, There, And EverywhereChapter 9.4 - Polyethylene: A Closer LookChapter 9.5 - The "big Six": Theme And VariationsChapter 9.6 - Condensing The MonomersChapter 9.7 - Polyamides: Natural And NylonChapter 9.8 - Dealing With Our Solid Waste: The Four RsChapter 9.9 - Recycling Plastics: The Bigger PictureChapter 9.11 - Shifting BaselinesChapter 10 - Manipulating Molecules And Designing DrugsChapter 10.2 - The Study Of Carbon—containing MoleculesChapter 10.3 - Functional GroupsChapter 10.4 - How Aspirin Works: Function Follows FromChapter 10.5 - Modern Drug DesignChapter 10.6 - Give These Molecules A Hand!Chapter 10.10 - Drugs Of AbuseChapter 11 - Nutrition: Food For ThoughtChapter 11.2 - You Are What You EatChapter 11.4 - Fats, Oils, And Your DietChapter 11.5 - Carbohydrates: Sweet And StarchyChapter 11.6 - How Sweet It Is: Sugars And Sugar SubstitutesChapter 11.7 - Proteins: First Among EqualsChapter 11.8 - Vitamins And Minerals: The Other EssentialsChapter 11.9 - Energy From FoodChapter 11.11 - From Field To ForkChapter 11.12 - Feeding A Hungry WorldChapter 12 - Genetic Engineering And The Molecules Of LifeChapter 12.1 - Stronger And Better Corn Plants?Chapter 12.2 - A Chemical That Codes LifeChapter 12.3 - The Double Helix Of DnaChapter 12.4 - Cracking The Chemical CodeChapter 12.5 - Proteins: Form To FunctionChapter 12.6 - The Process Of Genetic Engineering
Book Details
This laboratory manual accompanies the eighth edition of Chemistry in Context: Applying Chemistry to Society. This manual provides laboratory experiments that are relevant to science and technology issues, with hands-on experimentation and data collection. It contains 34 experiments to aid the understanding of the scientific method and the role that science plays in addressing societal issues.
Sample Solutions for this Textbook
We offer sample solutions for Laboratory Manual Chemistry in Context homework problems. See examples below:
The Blue Marble is considered to be the foremost photograph of fully illuminated earth. As the name...Assume each breath has a volume of about 0.5L and breathing about 10 times per minute. The volume of...Given concentration is 0.9 %. Therefore, 0.9 parts per hundred× 106 parts per million100 parts per...15 ppm can be expressed as a percent as follows, Percent = ppm10000 = 1510000= 0.0015% Similarly, 2%...Chapter 2, Problem 1QChapter 2, Problem 8QChapter 2, Problem 11QChapter 2, Problem 12QThe wavelength is 2.0 cm Conversion of centimeter to meter is, 1 cm = 1×10-2 m2.0 cm =? = (1×10-2...
Option (a): The wavelength is 2.0 cm Conversion of centimeter to meter is, 1 cm = 1×10-2 m2.0 cm =?...Carbon monoxide is a gas which does not have any color, odor and taste. Thus, it will be difficult...Chapter 3, Problem 11QChapter 3, Problem 12QChapter 3, Problem 13QChapter 3, Problem 14QGiven molecule is CCl3F (Freon - 11) and its molar mass is 137.5 g/mole and this value can be taken...The news titled “Fossil fuel continue to dominate US energy consumption”, published by Callum O...Chapter 4, Problem 4QChapter 4, Problem 21QChapter 4, Problem 22QChapter 4, Problem 44QGiven, Molar heat of combustion of octane,C8H18 = 5070 kJ Molar heat of combustion of butane,C4H10 =...Given data: n CO + (2n+1) H2 →CnH2n+2 + n H2O The balanced equation when n=1 is given below: CO + 3...Chapter 5, Problem 1QGiven elements are Na and Br. In this sodium is a metal and bromine is a nonmetal. Therefore, sodium...Given compound is KC2H3O2. This contains potassium as cation and a polyatomic anion. Polyatomic...The mass of solid potassium hydroxide required to prepare two litres of 1.50M potassium hydroxide is...Acids are compounds that release hydrogen ions when water is added to it. Some of the acids that are...Chapter 6, Problem 13QChapter 6, Problem 14QGiven, [H+] = 1 × 10-8 M The concentration of hydroxide ion is calculated as, pH = -log (1 × 10-8 M)...Dolomite lime is composed of limestone. Calcium carbonate and magnesium carbonate are present in...Sodium hydroxide is completely soluble in water and hence it dissociates completely into ions. This...The nuclear power plant is a better way of generating electricity while compared to coal burning...Given information, Fission of U-235 induced by neutron, and gives bromine-87, lanthanum-146 and more...According to Einstein’s equation, the mass change corresponds to the release of 50.1 kJ energy can...Given reaction and information, 12H + 23He → [35Li] → 24He + 11H2.01345 g 3.01493 g 4.00150 g...Oxidation is a process in which lose of electrons takes place from a chemical species. Reduction is...Oxidation half-reaction: The lithium Li is oxidized to Li+ it is oxidation reaction. Li(s) → Li+ +...Given equations are: A complete equation will have same elements present on both sides of the...Chapter 8, Problem 17QChapter 8, Problem 31QChapter 8, Problem 44QPolymers: Monomers combine together to form polymers. Monomers are the repeating units of small...Analyzing the given structure for given styrene compound clearly shows that it contains one phenyl...The given condition says that carboxylic acid contains 5 carbons with it. Hence, the longest carbon...Using chapter 10 the two functional groups that are not discussed in this chapter are ethers and...Drugs are chemical substances that are intended to prevent, cure, or moderate illness. Five of the...Esters are prepared by the reaction of a carboxylic acid and an alcohol molecule with the...Chapter 11, Problem 1QGiven that a slice of whole wheat bread (36 g) contains nearly 1.5 g fat, 17 g of carbohydrate (with...Chapter 12, Problem 1Q
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