Chemistry In Context - 9th Edition - by Fahlman,  Bradley D., Purvis-roberts,  Kathleen, Kirk,  John S., Bentley,  Anne K., Daubenmire,  Patrick L., ELLIS,  Jamie P., Mury,  Michael T., American Chemical Society - ISBN 9781259638145
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Chemistry In Context
9th Edition
Fahlman, Bradley D., Purvis-roberts, Kathleen, Kirk, John S., Bentley, Anne K., Daubenmire, Patrick L., ELLIS, Jamie P., Mury, Michael T., American Chemical Society
Publisher: Mcgraw-hill Education,
ISBN: 9781259638145

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Chapter 1.10 - From Cradle To Grave: The Life Cycle Of A Cell PhoneChapter 1.11 - Howdy Neighbour, May We Borrow A Few Metals? The Importance Of Recycling And Protecting Our Supply ChainsChapter 2 - The Air We BreatheChapter 2.1 - Why Do We Breathe?Chapter 2.2 - Defining The Invisible: What Is Air?Chapter 2.3 - You Are What You BreatheChapter 2.4 - What Else Is In The Air?Chapter 2.7 - A Chemical Meet & Greet—naming Molecular CompoundsChapter 2.8 - The Dangerous Few: A Look At Air PollutantsChapter 2.9 - Are You Feeling Lucky? Assessing The Risk Of Air PollutantsChapter 2.10 - Is It Safe To Leave My House? Air Quality Monitoring And ReportingChapter 2.11 - The Origin Of Pollutants: Who's To Blame?Chapter 2.12 - More Oxygen, Please: The Effect Of Combustion On Air QualityChapter 2.13 - Air Pollutants: Direct SourcesChapter 2.14 - Ozone: A Secondary PollutantChapter 2.15 - Are We Really Safe From Polluted Air By Staying Indoors?Chapter 3 - Radiation From The SunChapter 3.1 - Dissecting The Sun: The Electromagnetic SpectrumChapter 3.2 - The Personalities Of RadiationChapter 3.3 - The Abcs Of Ultraviolet RadiationChapter 3.4 - The Biological Effects Of Ultraviolet RadiationChapter 3.5 - The Atmosphere As Natural ProtectionChapter 3.6 - Counting Molecules: How Can We Measure The Ozone Concentration?Chapter 3.7 - How Does Ozone Decompose In Uv Light?Chapter 3.8 - How Safe Is Our Protective Ozone Layer?Chapter 3.9 - Chemistry To The Rescue Detirement? Human Roles In The Destruction Of The Ozone LayerChapter 3.10 - Where Do We Go From Here: Can The Ozone Hole Be Restored?Chapter 3.11 - How Do Sunscreens Work?Chapter 4 - Climate ChangeChapter 4.1 - Carbon, Carbon Everywhere!Chapter 4.2 - Where Did All The Carbon Atoms Go?Chapter 4.3 - Quantifying Carbon—first Stop: MassChapter 4.4 - Quantifying Carbon—next Stop: Molecules And MolesChapter 4.5 - Why Does It Matter Where Carbon Atoms End Up?Chapter 4.6 - Warming By Greenhouse Gases: Good, Bad, Or A Little Of BothChapter 4.7 - How Do You Recognize A "greenhouse Gas"?Chapter 4.8 - How Do Greenhouse Gases Work?Chapter 4.9 - How Can We Learn From Our Past?Chapter 4.10 - Can We Predict The Future?Chapter 4.11 - A Look At Our Future WorldChapter 4.12 - Action Plans To Prevent Future Global Catastrophes—who And How?Chapter 5 - Energy From CombustionChapter 5.1 - Fossil Fuels: A Prehistoric Fill-up At The Gas StationChapter 5.2 - Burn, Baby! Burn! The Process Of CombustionChapter 5.3 - What Is "energy"?Chapter 5.4 - Who Hot Is "hot"? Measuring Energy ChangesChapter 5.5 - Hyperactive Fuels: How Is Energy Released During Combustion?Chapter 5.6 - Fossil Fuels And ElectricityChapter 5.7 - How Efficient Is A Power Plant?Chapter 5.8 - Power From Ancient Plants: CoalChapter 5.10 - Squeezing Oil From Rock: How Long Can This Continue?Chapter 5.11 - Natural Gas: A "clean" Fossil Fuel?Chapter 5.12 - Cracking The Whip: How Do We Obtain Useful Petroleum Products From Crude Oil?Chapter 5.13 - What's In Gasoline?Chapter 5.15 - From Brewery To Fuel Tank: EthanolChapter 5.16 - From Deep Fryer To Fuel Tank: BiofuelsChapter 5.17 - Are Biofuels Really Sustainable?Chapter 6 - Energy From Alternative SourcesChapter 6.1 - From Nuclear Energy To Bombs: The Splitting Of Atomic NucleiChapter 6.2 - Harnessing A Nuclear Fission Reaction: How Nuclear Power Plants Produce ElectricityChapter 6.3 - What Is Radioactivity?Chapter 6.4 - How Long Do Substances Remain Radioactive?Chapter 6.5 - What Are The Risks Of Nuclear Power?Chapter 6.6 - Is There A Future For Nuclear Power?Chapter 6.7 - Solar Power: Electricity From The SunChapter 6.8 - Solar Energy: Electronic "pinball" Inside A CrystalChapter 7 - Energy StorageChapter 7.1 - How Does A Battery Work?Chapter 7.2 - Ohm, Sweet Ohm!Chapter 7.4 - (almost) Endless Power-on-the-go: Rechargeable BatteriesChapter 7.5 - Lead-acid: The World's Most Widely Used (and Heaviest!) Rechargeable BatteryChapter 7.7 - Storage Wars: Supercapacitors Vs. BatteriesChapter 7.8 - Higher Mpgs With Less Emissions: Gasoline-electric Hybrid VehiclesChapter 7.9 - Fuel Cells: The BasicsChapter 7.10 - Hydrogen For Fuel Cell VehiclesChapter 7.11 - My Battery Died—now What?Chapter 8 - Water Everywhere: A Most Precious ResourceChapter 8.1 - Solids And Liquids And Gases, Oh My!Chapter 8.2 - The Unique Composition Of WaterChapter 8.3 - The Key Role Of Hydrogen BondingChapter 8.4 - Where, Oh Where Is All The Water?Chapter 8.5 - Help! There Is Something In My WaterChapter 8.6 - How Much Is Ok? Quantifying Water QualityChapter 8.7 - A Deeper Look At SolutesChapter 8.8 - Corrosive And Caustic: The Properties And Impacts Of Acids And BasesChapter 8.9 - Heartburn? Tums® To The Rescue: Acid/base Neutralization!Chapter 8.10 - Quantifying Acidity/basicity: The Ph ScaleChapter 8.11 - Acid's Effect On WaterChapter 8.12 - Treating Our WaterChapter 8.13 - Water Solutions For Global ChallengesChapter 9 - The World Of Polymers And PlasticsChapter 9.1 - Polymer Here, There, And EverywhereChapter 9.3 - Adding Up The MonomersChapter 9.4 - Got Polyethylene?Chapter 9.5 - The "big Six": Theme And VariationsChapter 9.6 - Cross-linking MonomersChapter 9.7 - From Proteins To Stockings: PolyamidesChapter 9.8 - Dealing With Our Solid Waste: The Four RsChapter 9.9 - Recycling Plastics: The Bigger PictureChapter 9.10 - From Plants To PlasticsChapter 9.11 - A New "normal"?Chapter 10 - Brewing And ChewingChapter 10.2 - How Does Smell Affect TasteChapter 10.3 - The Kitchen LaboratoryChapter 10.4 - The Science Of RecipesChapter 10.5 - Kitchen Instrumentation: Flames, Pans, And WaterChapter 10.6 - Cooking In A Vacuum: Not Just For Astronauts!Chapter 10.7 - Microwave Cooking: Fast And EasyChapter 10.9 - How Can I Tell When My Food Is Ready?Chapter 10.10 - Exploiting The Three States Of Matter In Our KitchenChapter 11 - NutritionChapter 11.1 - You Are What You EatChapter 11.2 - From Buttery Popcorn To Cheesecake: LipidsChapter 11.3 - Fats And Oils: Not Necessarily A Bad Thing!Chapter 11.4 - Carbohydrates: The Sweet And StarchyChapter 11.5 - How Sweet It Is: Sugars And Sugar SubstitutesChapter 11.6 - Proteins: First Among EqualsChapter 11.7 - Vitamins And Minerals: The Other EssentialsChapter 11.8 - Food For EnergyChapter 11.9 - Food Safety: What Else Is In Our Food?Chapter 11.10 - The Real Costs Of Food ProductionChapter 11.11 - From Field To Fork I: The Carbon Footprint Of FoodsChapter 11.12 - From Field To Fork Ii: The Nitrogen Footprints Of FoodsChapter 11.13 - Food Security: Feeding A Hungry WorldChapter 12 - Health & MedicineChapter 12.1 - A Life Spent Fighting Against EquilibriumChapter 12.2 - Keeping Our Bodies In EquilibriumChapter 12.3 - Carbon: The Essential Building Block Of LifeChapter 12.4 - Functional GroupsChapter 12.5 - Give These Molecules A Hand!Chapter 12.6 - Life Via Protein FunctionChapter 12.7 - Life Driven By Noncovalent InteractionsChapter 12.8 - Steroids: Essential Regulators For Life (and Performance Manipulators!)Chapter 12.9 - Modern Drug DiscoveryChapter 12.10 - New Drugs, New MethodsChapter 13 - Genes And LifeChapter 13.2 - Dna: A Chemical That Codes LifeChapter 13.3 - The Double Helix Structure Of DnaChapter 13.4 - Cracking The Chemical CodeChapter 13.5 - Proteins: Form To FunctionChapter 13.6 - The Process Of Genetic EngineeringChapter 14 - Who Killed Dr. Thompson? A Forensic Mystery

Sample Solutions for this Textbook

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Option (a): The wavelength is 2.0 cm Conversion of centimeter to meter is, 1 cm = 1×10-2 m2.0 cm =?...Given: Frequency = 6.79×1014 s−1, c is (3.00×108m/s) Using the relation Frequency(ν) = speed of...Given code: CFC-12 Adding the code with 90 gives 90 + 12 = 102 The first digit ‘1’ indicates the...The first scenario reveals about temperature rise in the Earth with examples. The temperature rise...The Lewis electron dot structure for given molecules are determined by first drawing the skeletal...The Lewis electron dot structure for given molecules are determined by first drawing the skeletal...The Lewis electron dot structure for given molecules are determined by first drawing the skeletal...Given molecule is CCl3F (Freon - 11) and its molar mass is 137.5 g/mole and this value can be taken...The given neutral atoms is, 8O18 Atomic number is equal to the number of proton (NP), which also...Fuels can be defined as the substances which are able to react with other substances and releases...The given figure which depicts the components of an electric power plant is shown below, Figure 1...The given reaction is shown below, N2(g) + 3H2(g) →2NH3(g) Bonds broken in the reactants are given...The given is shown below, Bonds broken in the reactants are given below: 1 mol H–H bonds = 436 kJ1...The given is shown below, Bonds broken in the reactants are given below: 1 mol C–H bonds = 416 kJ 1...Generally, the number of carbon atoms is more (number of atoms is more), obviously it has higher...Given data: n CO + (2n+1) H2 →CnH2n+2 + n H2O The balanced equation when n=1 is given below: CO + 3...Kinds of energy that are used and sources of those energy are given below, Chemical energy in the...Given information, Fission of U-235 induced by neutron, and gives bromine-87, lanthanum-146 and more...Given statement, In the conversion of base metals into the precious metals chemists could they never...Given reaction and information, 12H + 23He → [35Li] → 24He + 11H2.01345 g 3.01493 g 4.00150 g...The Baghdad Battery is an ancient battery that was created and using in Mesopotamia during the...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...Primary battery: These type batteries are single-used, because they cannot be recharged. A common...Lithium-ion battery is best choice than the Silver-zinc battery, because ZPower is taking the...Given decomposition reaction is, A balanced equation will have same elements and same number of...The given pictures of water are shown below, From the picture we can give many facts about water and...HI readily gives H+ ion. Hence, the aqueous solution contains higher concentration of H+ ions....Given, [H+] = 1 × 10-8 M The concentration of hydroxide ion is calculated as, pH = -log (1 × 10-8 M)...Given pH of the solutions are pH = 6 and pH = 8. The pH difference between the two solutions is 2....The mass of solid potassium hydroxide required to prepare two litres of 1.50M potassium hydroxide is...Polymers: 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...Respond with the traditional diagram with sour on the sides of the tongue, bitter on the back, and...Different abnormal conditions will arise by the lack of proper eating. Malnutrition and...Given that a slice of whole wheat bread (36 g) contains nearly 1.5 g fat, 17 g of carbohydrate (with...An example for a hormone produced by a healthy thyroid is thyroxine. Thyroxine helps in regulating...Given information are shown below, [formic acid] = 0.05 M[sodium formate] = 0.1 MpKa = 3.8 pH of the...Esters are prepared by the reaction of a carboxylic acid and an alcohol molecule with the...The three traits possessed by me that are dictated by my DNA are: • Thin and fast hair growth, •...Polar amino acids are those which have polarity in there R-groups. It means the R-group groups have...

More Editions of This Book

Corresponding editions of this textbook are also available below:

CHEMISTRY IN CONTEXT (LL) W/CONNECT
10th Edition
ISBN: 9781266350160
CHEMISTRY IN CONTEXT CONNECT ACCESS ONLY
10th Edition
ISBN: 9781264786602
Chemistry in Context
10th Edition
ISBN: 9781260240849
Chemistry in Context - 7th Edition
7th Edition
ISBN: 9780073375663
Chemistry in Context: Applying Chemistry to Society
6th Edition
ISBN: 9780077221348
Chemistry in Context
8th Edition
ISBN: 9780073522975
Laboratory Manual Chemistry in Context
8th Edition
ISBN: 9780073518121

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