SW StudyWalks

CLEP · Chemistry

Chemistry

665 entries 523 atoms · 120 procedures · 22 capstones 6.3h runtime 1,049 prerequisite links

665 shown

  1. Chem 0001 What Chemistry Studies A
  2. Chem 0004 The Scientific Method as a Process P
  3. Chem 0008 Hypothesis A
  4. Chem 0009 Theory A
  5. Chem 0010 Scientific Law A
  6. Chem 0014 The Macroscopic Domain A
  7. Chem 0015 The Microscopic Domain A
  8. Chem 0016 The Symbolic Domain A
  9. Chem 0021 Matter Defined A
  10. Chem 0022 Solid A
  11. Chem 0023 Liquid A
  12. Chem 0024 Gas A
  13. Chem 0025 Plasma A
  14. Chem 0028 Mass A
  15. Chem 0029 Weight A
  16. Chem 0033 Conservation of Matter A
  17. Chem 0037 Pure Substance A
  18. Chem 0038 Element A
  19. Chem 0039 Compound A
  20. Chem 0043 Mixture A
  21. Chem 0044 Heterogeneous Mixture A
  22. Chem 0045 Homogeneous Mixture (Solution) A
  23. Chem 0049 Atom A
  24. Chem 0050 Molecule A
  25. Chem 0061 Physical Property A
  26. Chem 0062 Physical Change A
  27. Chem 0065 Chemical Property A
  28. Chem 0066 Chemical Change A
  29. Chem 0070 Extensive Property A
  30. Chem 0071 Intensive Property A
  31. Chem 0075 Metals, Nonmetals, and Metalloids A
  32. Chem 0079 The NFPA Hazard Diamond A
  33. Chem 0086 The Three Parts of a Measurement A
  34. Chem 0090 SI Base Units as a System A
  35. Chem 0091 The Meter A
  36. Chem 0092 The Kilogram A
  37. Chem 0093 The Second A
  38. Chem 0094 The Kelvin and Celsius A
  39. Chem 0098 Converting Between Metric Prefixes P
  40. Chem 0102 Volume as a Derived Unit A
  41. Chem 0103 Density Defined A
  42. Chem 0107 Calculating Density from Mass and Volume P
  43. Chem 0109 Volume by Water Displacement A
  44. Chem 0111 Converting Between Temperature Scales P
  45. Chem 0121 Exact Numbers vs. Measured Numbers A
  46. Chem 0125 Significant Figures Defined A
  47. Chem 0129 Counting Significant Figures with Zeros P
  48. Chem 0134 Significant Figures in Addition and Subtraction P
  49. Chem 0138 Significant Figures in Multiplication and Division P
  50. Chem 0142 Round-Half-to-Even Rule A
  51. Chem 0147 Precision A
  52. Chem 0148 Accuracy A
  53. Chem 0155 Dimensional Analysis A
  54. Chem 0156 Conversion Factor A
  55. Chem 0160 Single-Step Unit Conversion P
  56. Chem 0164 Multi-Step Unit Conversion P
  57. Chem 0170 Capstone: Identifying a Metal from Measured Data C
  58. Chem 0181 Dalton's Atomic Theory A
  59. Chem 0184 The Law of Definite Proportions A
  60. Chem 0187 The Law of Multiple Proportions A
  61. Chem 0189 Applying the Law of Multiple Proportions P
  62. Chem 0193 J. J. Thomson and the Discovery of the Electron (1897) A
  63. Chem 0196 Millikan's Oil-Drop Experiment (1913) A
  64. Chem 0199 Rutherford's Gold Foil Experiment (1911) A
  65. Chem 0202 The Nuclear Model of the Atom A
  66. Chem 0205 Proton A
  67. Chem 0208 Neutron A
  68. Chem 0211 Comparing the Three Subatomic Particles P
  69. Chem 0214 Chemical Symbols A
  70. Chem 0217 Atomic Number A
  71. Chem 0219 Mass Number A
  72. Chem 0221 Isotope A
  73. Chem 0222 Ion A
  74. Chem 0225 Isotope Notation (Nuclear Symbol) A
  75. Chem 0228 Cation A
  76. Chem 0229 Anion A
  77. Chem 0232 The Atomic Mass Unit A
  78. Chem 0235 Average Atomic Mass as a Weighted Average A
  79. Chem 0238 Calculating Average Atomic Mass from Isotopic Data P
  80. Chem 0241 Calculating Isotopic Abundance from Average Atomic Mass P
  81. Chem 0244 Mass Spectrometry as the Method Behind Isotopic Data A
  82. Chem 0247 Standard Atomic Weight Is a Measured, Revisable Value A
  83. Chem 0249 Elements Without a Standard Atomic Weight A
  84. Chem 0252 Molecular Formula A
  85. Chem 0255 Structural Formula A
  86. Chem 0258 Empirical Formula A
  87. Chem 0261 Determining Empirical Formula from Molecular Formula P
  88. Chem 0264 Diatomic Elements A
  89. Chem 0267 Isomers A
  90. Chem 0270 Mendeleev, Meyer, and the Periodic Table's Origin A
  91. Chem 0273 The Periodic Law A
  92. Chem 0276 Periods and Groups A
  93. Chem 0279 Metals, Nonmetals, and Metalloids at Periodic-Table Depth A
  94. Chem 0282 Main-Group, Transition, and Inner Transition Elements A
  95. Chem 0285 Named Families of the Periodic Table P
  96. Chem 0288 Ionic Bond A
  97. Chem 0291 Covalent Bond A
  98. Chem 0294 Predicting Ionic vs. Molecular Bonding from the Periodic Table P
  99. Chem 0297 Predicting Monatomic Ion Charge from Group Number A
  100. Chem 0300 Variable-Charge Metals A
  101. Chem 0303 Polyatomic Ion A
  102. Chem 0306 The -ate/-ite/per-/hypo- Oxyanion Naming Pattern P
  103. Chem 0309 Writing Formulas for Ionic Compounds by Charge Balance P
  104. Chem 0313 Naming Binary Ionic Compounds with Fixed-Charge Cations A
  105. Chem 0316 Naming Ionic Compounds with Variable-Charge Cations (Stock System) A
  106. Chem 0317 The Retired -ic/-ous Naming System A
  107. Chem 0320 Naming Ionic Hydrates A
  108. Chem 0323 Numerical Prefixes for Molecular Compound Names P
  109. Chem 0327 Naming Binary Molecular Compounds A
  110. Chem 0330 Common Names That Override Systematic Rules A
  111. Chem 0333 Naming Binary Acids A
  112. Chem 0336 Naming Oxyacids A
  113. Chem 0340 Capstone: Classifying and Naming an Unknown Ionic Compound C
  114. Chem 0361 Formula Mass for Covalent Compounds A
  115. Chem 0364 Formula Mass for Ionic Compounds A
  116. Chem 0367 The Mole A
  117. Chem 0370 Avogadro's Number A
  118. Chem 0373 Molar Mass A
  119. Chem 0376 Converting Mass to Moles P
  120. Chem 0379 Converting Moles to Number of Entities P
  121. Chem 0382 Percent Composition A
  122. Chem 0385 Calculating Percent Composition from Experimental Mass Data P
  123. Chem 0388 Determining Empirical Formula from Percent Composition P
  124. Chem 0391 Determining Molecular Formula from Empirical Formula and Molar Mass P
  125. Chem 0394 Solution, Solute, and Solvent A
  126. Chem 0397 Molarity A
  127. Chem 0400 Calculating Molarity from Solute Mass and Solution Volume P
  128. Chem 0403 Calculating Solute Mass from Molarity and Volume P
  129. Chem 0406 Strong and Weak Electrolytes A
  130. Chem 0407 Concentrated and Dilute A
  131. Chem 0410 Dilution of Solutions A
  132. Chem 0413 Performing a Dilution Calculation P
  133. Chem 0416 Mass Percentage A
  134. Chem 0418 Volume Percentage A
  135. Chem 0419 Mass-Volume Percentage A
  136. Chem 0420 Parts per Million and Parts per Billion A
  137. Chem 0423 Writing a Chemical Equation A
  138. Chem 0426 Balancing Chemical Equations P
  139. Chem 0429 Molecular Equations A
  140. Chem 0430 Complete Ionic Equations A
  141. Chem 0431 Net Ionic Equations and Spectator Ions A
  142. Chem 0434 Solubility A
  143. Chem 0435 Solubility Rules A
  144. Chem 0437 Predicting Precipitation Reactions P
  145. Chem 0440 Acids and Bases A
  146. Chem 0443 Strong Acids and Strong Bases A
  147. Chem 0444 Weak Acids and Weak Bases A
  148. Chem 0447 Neutralization Reactions A
  149. Chem 0450 Writing Net Ionic Equations for Acid-Base Reactions P
  150. Chem 0453 Oxidation Numbers A
  151. Chem 0456 Assigning Oxidation Numbers P
  152. Chem 0459 Oxidation-Reduction (Redox) Reactions A
  153. Chem 0462 Combustion Reactions A
  154. Chem 0465 Single-Displacement Reactions A
  155. Chem 0468 Classifying a Reaction as Precipitation, Acid-Base, or Redox P
  156. Chem 0471 Mole Ratios from a Balanced Equation A
  157. Chem 0474 Stoichiometric Calculations: Mass to Mass P
  158. Chem 0477 Limiting Reactant A
  159. Chem 0480 Determining the Limiting Reactant P
  160. Chem 0483 Theoretical Yield A
  161. Chem 0486 Percent Yield A
  162. Chem 0489 Calculating Percent Yield P
  163. Chem 0492 Titration A
  164. Chem 0495 Titration Calculations P
  165. Chem 0498 Gravimetric Analysis A
  166. Chem 0501 Combustion Analysis P
  167. Chem 0510 Capstone: From Balanced Equation to Percent Yield C
  168. Chem 0621 Energy A
  169. Chem 0624 Potential and Kinetic Energy A
  170. Chem 0627 Law of Conservation of Energy A
  171. Chem 0630 Thermal Energy and Temperature A
  172. Chem 0633 Heat A
  173. Chem 0636 System and Surroundings A
  174. Chem 0637 Exothermic and Endothermic Processes A
  175. Chem 0640 The Joule and the Calorie A
  176. Chem 0643 Heat Capacity A
  177. Chem 0645 Specific Heat Capacity A
  178. Chem 0648 Calculating Heat from Mass, Specific Heat, and Temperature Change P
  179. Chem 0651 Solving for an Unknown Specific Heat P
  180. Chem 0654 Calorimetry A
  181. Chem 0657 The Coffee-Cup Calorimeter A
  182. Chem 0660 Calculating Heat Transfer Between Two Substances P
  183. Chem 0663 Calculating Heat from Solution Calorimetry P
  184. Chem 0666 The Bomb Calorimeter A
  185. Chem 0669 Calculating Heat from Bomb Calorimetry P
  186. Chem 0672 Internal Energy and the First Law of Thermodynamics A
  187. Chem 0675 State Function A
  188. Chem 0678 Enthalpy A
  189. Chem 0681 Sign Convention for Enthalpy Change A
  190. Chem 0682 Scaling Enthalpy Change with a Thermochemical Equation's Coefficients A
  191. Chem 0685 Physical State in a Thermochemical Equation A
  192. Chem 0688 Determining Molar Enthalpy Change from a Limiting Reactant P
  193. Chem 0691 Standard State and ΔH° A
  194. Chem 0694 Standard Enthalpy of Combustion A
  195. Chem 0697 Calculating Heat Released by Combustion of a Given Mass P
  196. Chem 0700 Standard Enthalpy of Formation A
  197. Chem 0703 Writing and Solving Formation-Reaction Equations P
  198. Chem 0706 Hess's Law P
  199. Chem 0709 Stepwise Hess's Law Addition P
  200. Chem 0712 Manipulating Reactions to Reach a Target Equation P
  201. Chem 0715 The Summation Form of Hess's Law A
  202. Chem 0718 Applying the Summation Form to a Multi-Reactant Reaction P
  203. Chem 0729 Capstone: From Calorimetry Data to a Hess's-Law Enthalpy Change C
  204. Chem 0761 Wavelength and Frequency A
  205. Chem 0763 Amplitude A
  206. Chem 0765 Wavelength and Frequency Are Inversely Related A
  207. Chem 0767 The Speed of Light as a Defining Constant A
  208. Chem 0769 Solving c = λν for Frequency P
  209. Chem 0770 Solving c = λν for Wavelength P
  210. Chem 0772 The Electromagnetic Spectrum A
  211. Chem 0775 Blackbody Radiation as a Puzzle for Classical Physics A
  212. Chem 0777 Planck's Hypothesis: Quantized Energy A
  213. Chem 0780 The Photoelectric Effect A
  214. Chem 0783 Wave-Particle Duality of Light A
  215. Chem 0788 Line Spectra Versus Continuous Spectra A
  216. Chem 0791 The Rydberg Equation's Structure A
  217. Chem 0793 Moseley and Atomic Number (1913) A
  218. Chem 0796 Bohr's Postulates A
  219. Chem 0799 The Bohr Model's Valid Domain A
  220. Chem 0801 The Bohr Model Is Not a Literal Planetary Picture A
  221. Chem 0804 Electron Transitions: Absorption and Emission A
  222. Chem 0810 De Broglie: Wave-Particle Duality of Matter A
  223. Chem 0813 The Heisenberg Uncertainty Principle A
  224. Chem 0816 The Quantum Mechanical Model A
  225. Chem 0818 Orbital A
  226. Chem 0819 Orbit Versus Orbital A
  227. Chem 0822 The Principal Quantum Number, n A
  228. Chem 0825 The Angular Momentum Quantum Number, l A
  229. Chem 0828 The Magnetic Quantum Number, ml A
  230. Chem 0831 The Spin Quantum Number, ms A
  231. Chem 0834 The s Orbital Shape A
  232. Chem 0836 The p Orbital Shape A
  233. Chem 0838 The d and f Orbitals A
  234. Chem 0844 The Pauli Exclusion Principle A
  235. Chem 0847 The Aufbau Principle A
  236. Chem 0850 Hund's Rule A
  237. Chem 0853 Electron Configuration Notation A
  238. Chem 0856 Orbital Diagrams A
  239. Chem 0859 Core Electrons Versus Valence Electrons A
  240. Chem 0862 Writing an Electron Configuration P
  241. Chem 0865 Electron Configuration and Periodic Table Blocks A
  242. Chem 0868 Exceptions to the Aufbau Filling Order A
  243. Chem 0875 Effective Nuclear Charge (Zeff) A
  244. Chem 0878 Atomic Radius Trend A
  245. Chem 0881 Ionic Radius: Cations A
  246. Chem 0883 Ionic Radius: Anions A
  247. Chem 0886 First Ionization Energy Trend A
  248. Chem 0889 Successive Ionization Energies and the Core-Electron Jump A
  249. Chem 0892 Electron Affinity Trend A
  250. Chem 0895 Electronegativity, Named Structurally A
  251. Chem 0900 Capstone: Predicting a Periodic Trend from Electron Configuration and Zeff C
  252. Chem 0961 Ionic Bond Formation A
  253. Chem 0963 Ionic Compound Formula from Charge Balance A
  254. Chem 0966 Predicting Ionic Charge from Group Position A
  255. Chem 0969 Covalent Bond Formation A
  256. Chem 0972 Electronegativity's Periodic Trend A
  257. Chem 0975 Bond Polarity from Electronegativity Difference A
  258. Chem 0977 Pure Covalent, Polar Covalent, and Ionic as One Continuum A
  259. Chem 0980 Dipole Moment A
  260. Chem 0985 Lewis Symbol A
  261. Chem 0988 The Octet Rule A
  262. Chem 0991 Drawing a Lewis Structure P
  263. Chem 0995 Incomplete Octet A
  264. Chem 0997 Expanded Octet A
  265. Chem 1000 Formal Charge, Defined A
  266. Chem 1003 Calculating Formal Charge from a Lewis Structure P
  267. Chem 1006 Using Formal Charge to Choose the Best Structure A
  268. Chem 1009 Resonance A
  269. Chem 1011 Resonance Structures Are Contributing Forms A
  270. Chem 1013 The Single Fixed-Bond Misreading of Resonance A
  271. Chem 1018 Bond Length and Bond Order A
  272. Chem 1021 Covalent Bond Strength A
  273. Chem 1024 Estimating Reaction Enthalpy from Bond Energies P
  274. Chem 1027 Lattice Energy A
  275. Chem 1030 Lattice Energy Trend with Charge and Radius A
  276. Chem 1035 VSEPR Theory's Core Assumption A
  277. Chem 1038 Electron-Pair Geometry A
  278. Chem 1040 Molecular Geometry A
  279. Chem 1043 Two-Domain Geometry: Linear A
  280. Chem 1045 Three-Domain Geometry: Trigonal Planar and Bent A
  281. Chem 1048 Four-Domain Geometry: Tetrahedral, Trigonal Pyramidal, and Bent A
  282. Chem 1051 Five-Domain Geometry: Trigonal Bipyramidal A
  283. Chem 1053 Six-Domain Geometry: Octahedral A
  284. Chem 1056 Assigning VSEPR Geometry from a Lewis Structure P
  285. Chem 1060 Molecular Polarity from Bond Polarity and Geometry A
  286. Chem 1063 Polar Bonds Can Cancel to a Nonpolar Molecule A
  287. Chem 1065 The Polar-Bonds-Therefore-Polar-Molecule Misconception A
  288. Chem 1070 Capstone: From Lewis Structure to Molecular Polarity C
  289. Chem 1080 Valence Bond Theory's Core Claim A
  290. Chem 1083 Sigma Bond A
  291. Chem 1085 Pi Bond A
  292. Chem 1090 Valence Bond Theory's Domain A
  293. Chem 1095 Orbital Hybridization, Defined A
  294. Chem 1098 sp Hybridization A
  295. Chem 1101 sp² Hybridization A
  296. Chem 1104 sp³ Hybridization A
  297. Chem 1107 sp³d and sp³d² Hybridization A
  298. Chem 1110 Predicting Hybridization from VSEPR Domain Count A
  299. Chem 1115 A Double Bond as Sigma Plus Pi A
  300. Chem 1117 A Triple Bond as Sigma Plus Two Pi A
  301. Chem 1120 Pi Bonding Restricts Rotation A
  302. Chem 1125 Molecular Orbital Theory's Core Claim A
  303. Chem 1128 Bonding Orbital Versus Antibonding Orbital A
  304. Chem 1132 Molecular Orbital Diagram A
  305. Chem 1135 Bond Order from a Molecular Orbital Diagram P
  306. Chem 1138 Paramagnetism and Diamagnetism A
  307. Chem 1141 O2's Paramagnetism, Predicted by Molecular Orbital Theory P
  308. Chem 1145 Molecular Orbital Theory's Domain A
  309. Chem 1200 Capstone: Two Bonding Models Applied to One Molecule C
  310. Chem 1201 Pressure, Defined A
  311. Chem 1203 The Pascal and Common Pressure Units A
  312. Chem 1206 Converting Among Pressure Units P
  313. Chem 1210 Hydrostatic Pressure A
  314. Chem 1213 Barometer A
  315. Chem 1216 Manometer A
  316. Chem 1219 Calculating Gas Pressure from a Manometer Reading P
  317. Chem 1224 Amontons's Law: Pressure and Temperature A
  318. Chem 1227 Charles's Law: Volume and Temperature A
  319. Chem 1230 Boyle's Law: Volume and Pressure A
  320. Chem 1233 Avogadro's Law: Volume and Amount A
  321. Chem 1236 The Ideal Gas Law A
  322. Chem 1239 Solving Problems with the Ideal Gas Law P
  323. Chem 1243 The Combined Gas Law A
  324. Chem 1246 Ideal Gas Assumptions A
  325. Chem 1249 Standard Temperature and Pressure: the 1 atm Convention A
  326. Chem 1251 Standard Temperature and Pressure: the Current IUPAC Convention A
  327. Chem 1254 Standard Molar Volume, Computed Under Both STP Conventions P
  328. Chem 1259 Gas Density from the Ideal Gas Law A
  329. Chem 1262 Determining Molar Mass from Measured Gas Properties P
  330. Chem 1266 Dalton's Law of Partial Pressures A
  331. Chem 1269 Mole Fraction and Partial Pressure A
  332. Chem 1272 Calculating Partial Pressures in a Gas Mixture P
  333. Chem 1276 Collecting a Gas Over Water A
  334. Chem 1279 Correcting for Water Vapor Pressure P
  335. Chem 1283 Gas Volumes in Stoichiometric Ratios A
  336. Chem 1286 Gas Stoichiometry from Reaction Volumes P
  337. Chem 1291 Diffusion A
  338. Chem 1294 Effusion A
  339. Chem 1297 Mean Free Path A
  340. Chem 1300 Graham's Law of Effusion A
  341. Chem 1302 The Direct-Proportionality Misreading of Graham's Law A
  342. Chem 1305 Calculating Relative Effusion Rates P
  343. Chem 1308 Kinetic-Molecular Theory's Core Postulates A
  344. Chem 1311 Explaining the Gas Laws from Kinetic-Molecular Theory P
  345. Chem 1315 Average Kinetic Energy and Temperature A
  346. Chem 1318 Maxwell-Boltzmann Speed Distribution A
  347. Chem 1321 Calculating Root-Mean-Square Speed P
  348. Chem 1325 Kinetic-Molecular Theory Explains Graham's Law A
  349. Chem 1330 Real Gases Deviate from Ideal Behavior A
  350. Chem 1333 The Compressibility Factor A
  351. Chem 1336 Conditions Favoring Ideal Behavior A
  352. Chem 1339 The van der Waals Equation A
  353. Chem 1343 Calculating Pressure with the van der Waals Equation P
  354. Chem 1350 Capstone: From Manometer Reading to Real-Gas Correction C
  355. Chem 1361 Condensed Phases and the IMF-KE Balance A
  356. Chem 1364 Intermolecular vs. Intramolecular Forces A
  357. Chem 1367 The "Breaking Bonds" Misreading of Boiling A
  358. Chem 1370 Dispersion Forces A
  359. Chem 1373 Ranking Boiling Points by Dispersion-Force Strength P
  360. Chem 1376 Dipole-Dipole Attraction A
  361. Chem 1379 Hydrogen Bonding A
  362. Chem 1382 Why a Hydrogen Bond Is Not a Covalent Bond A
  363. Chem 1385 Predicting the Dominant IMF and Ranking Boiling Points P
  364. Chem 1390 Viscosity A
  365. Chem 1393 Cohesive vs. Adhesive Forces A
  366. Chem 1396 Surface Tension A
  367. Chem 1399 Capillary Action A
  368. Chem 1404 Vaporization, Condensation, and Dynamic Equilibrium A
  369. Chem 1407 Equilibrium Vapor Pressure A
  370. Chem 1410 Boiling Point from Vapor Pressure A
  371. Chem 1413 The Normal Boiling Point A
  372. Chem 1416 Heating Curves and Phase-Change Plateaus A
  373. Chem 1419 Enthalpy of Fusion and Enthalpy of Vaporization A
  374. Chem 1424 The Clausius-Clapeyron Relation A
  375. Chem 1427 Estimating Enthalpy of Vaporization from Two Data Points P
  376. Chem 1432 Constructing a Phase Diagram A
  377. Chem 1435 The Triple Point A
  378. Chem 1438 The Critical Point and the Supercritical Fluid A
  379. Chem 1441 Reading a Phase Diagram for a Given State P
  380. Chem 1446 Water's Anomalous Melting-Point Slope A
  381. Chem 1451 Crystalline vs. Amorphous Solids A
  382. Chem 1454 Ionic Solids A
  383. Chem 1457 Metallic Solids A
  384. Chem 1460 Covalent Network Solids A
  385. Chem 1463 Molecular Solids A
  386. Chem 1466 Classifying an Unknown Solid from Its Properties P
  387. Chem 1471 Crystal Defects A
  388. Chem 1476 The Unit Cell A
  389. Chem 1479 Coordination Number A
  390. Chem 1482 The Simple Cubic Unit Cell A
  391. Chem 1485 The Body-Centered Cubic Unit Cell A
  392. Chem 1488 The Face-Centered Cubic Unit Cell A
  393. Chem 1493 Computing a Metal's Density from Its Unit Cell P
  394. Chem 1498 Ionic Crystal Unit Cells A
  395. Chem 1503 Capstone: From Dominant IMF to Crystal Structure C
  396. Chem 1520 The Dissolution Process A
  397. Chem 1523 "Like Dissolves Like" as a Structural Heuristic A
  398. Chem 1526 Electrolytes vs. Nonelectrolytes A
  399. Chem 1529 Strong vs. Weak Electrolytes, Extended to the Van't Hoff Factor A
  400. Chem 1533 Saturated, Unsaturated, and Supersaturated Solutions A
  401. Chem 1536 Temperature's Effect on Solid and Gas Solubility A
  402. Chem 1539 Henry's Law for Gas Solubility A
  403. Chem 1544 Colligative Properties Defined A
  404. Chem 1547 Mole Fraction and Molality A
  405. Chem 1550 Converting Between Molarity and Molality P
  406. Chem 1555 Raoult's Law and Vapor Pressure Lowering A
  407. Chem 1558 Calculating a Solution's Vapor Pressure Under Raoult's Law P
  408. Chem 1561 Boiling Point Elevation A
  409. Chem 1564 Freezing Point Depression A
  410. Chem 1568 Calculating Boiling Point Elevation or Freezing Point Depression P
  411. Chem 1573 Osmosis and Osmotic Pressure A
  412. Chem 1576 Calculating Osmotic Pressure P
  413. Chem 1580 Determining Molar Mass from a Colligative Property P
  414. Chem 1584 The van't Hoff Factor A
  415. Chem 1587 Freezing Point Depression for an Electrolyte Solution P
  416. Chem 1591 Colloids Distinguished from Solutions and Suspensions A
  417. Chem 1594 The Tyndall Effect A
  418. Chem 1598 Capstone: One Aqueous Solution from IMF to Corrected Freezing Point C
  419. Chem 1601 Reaction Rate Defined A
  420. Chem 1604 Relative Reaction Rates from Stoichiometry A
  421. Chem 1607 Writing Relative Rate Expressions from a Balanced Equation P
  422. Chem 1610 Average, Instantaneous, and Initial Rate A
  423. Chem 1615 Reactant Identity and Reaction Rate A
  424. Chem 1618 Physical State and Surface Area A
  425. Chem 1621 Temperature and Reaction Rate A
  426. Chem 1624 Concentration and Reaction Rate A
  427. Chem 1627 Catalysis Previewed as a Rate Factor A
  428. Chem 1632 The Rate Law and Reaction Order A
  429. Chem 1635 Overall Reaction Order A
  430. Chem 1638 Rate Laws Come From Experiment, Not Stoichiometric Coefficients A
  431. Chem 1641 The Stoichiometric-Coefficient Misreading of a Rate Law A
  432. Chem 1644 Determining a Rate Law by the Method of Initial Rates P
  433. Chem 1649 Rate Constant Units Vary With Overall Order A
  434. Chem 1654 The Integrated Rate Law A
  435. Chem 1657 The First-Order Integrated Rate Law A
  436. Chem 1660 Solving the First-Order Integrated Rate Law for Time or Concentration P
  437. Chem 1663 The Second-Order Integrated Rate Law A
  438. Chem 1666 Solving the Second-Order Integrated Rate Law P
  439. Chem 1669 The Zero-Order Integrated Rate Law A
  440. Chem 1672 Half-Life Defined A
  441. Chem 1675 Half-Life's Order Dependence A
  442. Chem 1678 Calculating a First-Order Rate Constant From a Measured Half-Life P
  443. Chem 1683 Collision Theory's Rate-Collision Proportionality A
  444. Chem 1686 Collision Orientation Requirement A
  445. Chem 1689 Activation Energy A
  446. Chem 1692 The Transition State A
  447. Chem 1695 The Arrhenius Equation A
  448. Chem 1698 Determining Activation Energy From Rate Constants at Two Temperatures P
  449. Chem 1703 Elementary Reactions and Reaction Mechanisms A
  450. Chem 1706 Molecularity: Unimolecular and Bimolecular Steps A
  451. Chem 1709 Termolecular Elementary Reactions A
  452. Chem 1712 Reaction Intermediates A
  453. Chem 1715 The Rate-Determining Step A
  454. Chem 1718 An Elementary Step's Rate Law Follows From Its Molecularity A
  455. Chem 1721 Deriving a Rate Law from a Multistep Mechanism P
  456. Chem 1726 Catalysts Lower Activation Energy Without Being Consumed A
  457. Chem 1729 The "Catalysts Shift Equilibrium" Misreading A
  458. Chem 1732 A Catalyst's Alternative, Lower-Energy Mechanism A
  459. Chem 1735 Homogeneous Catalysis A
  460. Chem 1738 Heterogeneous Catalysis A
  461. Chem 1740 Capstone: From Experimental Rate Law to Catalyzed Mechanism C
  462. Chem 1741 Dynamic Equilibrium: Equal Rates, Not Equal Concentrations A
  463. Chem 1743 Twin: "Equilibrium Means Equal Concentrations" A
  464. Chem 1746 Equilibrium as a Consequence of Kinetics A
  465. Chem 1749 Equilibrium Constant Expression Construction A
  466. Chem 1752 K Is Dimensionless A
  467. Chem 1755 K Depends Only on Temperature A
  468. Chem 1758 Homogeneous vs. Heterogeneous Equilibria A
  469. Chem 1761 Reaction Quotient Q Defined A
  470. Chem 1764 Comparing Q to K Predicts Direction A
  471. Chem 1766 K's Magnitude Read Qualitatively A
  472. Chem 1768 The ICE Table Method P
  473. Chem 1771 The Small-x Approximation P
  474. Chem 1774 Kp vs. Kc Relationship A
  475. Chem 1777 Converting Between Kp and Kc P
  476. Chem 1780 Le Châtelier's Principle as a Q-vs-K Consequence A
  477. Chem 1783 Concentration Stress via Q vs. K A
  478. Chem 1786 Volume/Pressure Stress via Q vs. K A
  479. Chem 1789 Temperature Stress via Q vs. K A
  480. Chem 1792 Catalyst Has No Effect on Equilibrium Position A
  481. Chem 1795 Capstone: Predicting and Quantifying a Le Châtelier Shift C
  482. Chem 1799 The Arrhenius Acid-Base Definition A
  483. Chem 1802 The Brønsted-Lowry Acid-Base Definition A
  484. Chem 1805 Conjugate Acid-Base Pairs A
  485. Chem 1807 Acid-Base Neutralization as a Reaction Type A
  486. Chem 1809 Amphiprotic Substances A
  487. Chem 1812 The Lewis Acid-Base Definition A
  488. Chem 1815 Nested Domains of Generality Among the Three Theories A
  489. Chem 1818 Autoionization of Water and Kw A
  490. Chem 1821 Kw's Temperature Dependence A
  491. Chem 1824 pH and pOH Scales and Their Relationship A
  492. Chem 1827 Strong Acids and Bases: Complete Dissociation A
  493. Chem 1829 The Recognized Strong Acids and Bases, Identified Structurally A
  494. Chem 1832 Calculating pH of a Strong Acid or Base Solution P
  495. Chem 1835 Weak Acid Equilibrium and Ka A
  496. Chem 1838 Weak Base Equilibrium and Kb A
  497. Chem 1841 The Ka–Kb Relationship for a Conjugate Pair A
  498. Chem 1844 Solving for pH of a Weak Acid Solution P
  499. Chem 1847 Percent Ionization Defined A
  500. Chem 1850 Calculating Percent Ionization P
  501. Chem 1853 Polyprotic Acids: Stepwise Ionization A
  502. Chem 1856 Solving Polyprotic Acid pH via the Dominant First Ionization P
  503. Chem 1859 Salt Hydrolysis: Predicting Acidic, Basic, or Neutral Salts A
  504. Chem 1862 Determining pH of a Salt Solution via Hydrolysis P
  505. Chem 1865 Acid-Base Indicators: Mechanism A
  506. Chem 1868 Indicator Color-Change Range and Titration Indicator Choice A
  507. Chem 1871 Calculating Analyte Concentration from Titration Data P
  508. Chem 1874 Titration Curve: Strong Acid–Strong Base Shape A
  509. Chem 1876 Titration Curve: Weak Acid–Strong Base Shape A
  510. Chem 1878 Titration Curve: Weak Base–Strong Acid Shape A
  511. Chem 1881 Equivalence Point vs. Endpoint Distinguished A
  512. Chem 1884 Reading Key Features of a Titration Curve P
  513. Chem 1887 Buffers: How They Resist pH Change A
  514. Chem 1890 Buffer Composition Requirement A
  515. Chem 1893 Henderson-Hasselbalch Equation Application P
  516. Chem 1896 Buffer Capacity A
  517. Chem 1899 Capstone: Buffer pH Calculation C
  518. Chem 1903 Capstone: Titration Curve pH-at-Stages Synthesis C
  519. Chem 1907 Solubility Product Ksp Defined A
  520. Chem 1910 Molar Solubility from Ksp P
  521. Chem 1913 Common-Ion Effect on Solubility A
  522. Chem 1916 Molar Solubility with a Common Ion Present P
  523. Chem 1919 Precipitation Prediction via Q vs. Ksp A
  524. Chem 1922 Precipitation as a Reaction Type A
  525. Chem 1925 Selective Precipitation A
  526. Chem 1928 Complex Ion Formation and Formation Constant Kf A
  527. Chem 1931 Complexation's Effect on Solubility A
  528. Chem 1935 Capstone: Ksp, Common-Ion, and Complexation Synthesis C
  529. Chem 2061 Spontaneous Process Defined A
  530. Chem 2063 Twin: Spontaneous Does Not Mean Fast A
  531. Chem 2066 A Spontaneous Direction Is Nonspontaneous Reversed A
  532. Chem 2069 Entropy as a Microstate-Counted State Function A
  533. Chem 2071 Twin: Entropy Is Not Disorder A
  534. Chem 2074 Entropy Rises with Accessible Microstates A
  535. Chem 2077 Entropy Trend Across Phases A
  536. Chem 2080 Entropy Rises with Temperature A
  537. Chem 2083 Entropy Rises with Molecular Complexity A
  538. Chem 2084 Entropy Rises with Mixing A
  539. Chem 2086 Predicting the Sign of ΔS P
  540. Chem 2090 The Second Law of Thermodynamics A
  541. Chem 2093 The Third Law of Thermodynamics A
  542. Chem 2096 Standard Molar Entropy as an Absolute Quantity A
  543. Chem 2099 Calculating ΔS°rxn from Standard Molar Entropies P
  544. Chem 2103 Gibbs Free Energy Defined A
  545. Chem 2106 Sign of ΔG Predicts Spontaneity A
  546. Chem 2109 The Four ΔH/ΔS Sign Combinations A
  547. Chem 2112 Temperature-Dependent Spontaneity and the Crossover Temperature A
  548. Chem 2115 Calculating the Crossover Temperature P
  549. Chem 2118 Standard Free Energy of Formation ΔG°f A
  550. Chem 2121 Calculating ΔG°rxn from ΔG°f Values P
  551. Chem 2124 ΔG as a Path-Independent State Function A
  552. Chem 2127 ΔG Under Nonstandard Conditions A
  553. Chem 2130 ΔG° Relates to K A
  554. Chem 2133 Calculating K from ΔG° P
  555. Chem 2136 Capstone: Full Thermodynamic Profile of a Reaction C
  556. Chem 2140 Oxidation and Reduction Defined by Electron Transfer A
  557. Chem 2143 Using Oxidation Numbers to Identify Oxidized and Reduced Species A
  558. Chem 2146 Balancing a Redox Equation by the Half-Reaction Method P
  559. Chem 2150 Galvanic Cell: Spontaneous Redox Generates Current A
  560. Chem 2153 Anode and Cathode by Reaction, Not by Charge A
  561. Chem 2156 Twin: The Anode/Cathode Charge-Sign Reversal A
  562. Chem 2159 Salt Bridge Maintains Circuit and Neutrality A
  563. Chem 2162 Cell Notation Convention A
  564. Chem 2165 Cell Potential Defined A
  565. Chem 2168 The Standard Hydrogen Electrode A
  566. Chem 2171 Standard Reduction Potentials Tabulated A
  567. Chem 2174 Calculating Standard Cell Potential P
  568. Chem 2178 Sign of E°cell Predicts Spontaneity A
  569. Chem 2181 Standard Reduction Potential Ranks Strength A
  570. Chem 2184 ΔG° Relates to E°cell A
  571. Chem 2187 Faraday's Constant A
  572. Chem 2190 E°cell, ΔG°, and K as One Fact A
  573. Chem 2193 Calculating K from E°cell P
  574. Chem 2196 The Nernst Equation A
  575. Chem 2199 Applying the Nernst Equation P
  576. Chem 2203 Concentration Cells A
  577. Chem 2206 Capstone: Full Electrochemical Profile of a Galvanic Cell C
  578. Chem 2210 Battery as a Multi-Cell Galvanic Device A
  579. Chem 2213 Primary vs. Secondary Battery A
  580. Chem 2216 Fuel Cell Mechanism A
  581. Chem 2219 Corrosion as Unwanted Spontaneous Oxidation A
  582. Chem 2222 Cathodic Protection: Sacrificial Anode Principle A
  583. Chem 2225 Electrolysis: Nonspontaneous Redox Driven by Current A
  584. Chem 2228 Twin: Electrolytic Cell as the Forced-Reverse Galvanic Cell A
  585. Chem 2231 Calculating Product Quantity from Current and Time P
  586. Chem 2235 Capstone: One Redox Couple, Three Cell Types C
  587. Chem 2281 Classifying Elements by Orbital Filling A
  588. Chem 2284 Metallic Character Tracks Ionization Energy A
  589. Chem 2287 Alkali Metal Reactivity Increases Down the Group A
  590. Chem 2290 Passivation Defined A
  591. Chem 2293 Alkaline Earth Metals Are Less Reactive Than Alkali Metals A
  592. Chem 2296 Group Oxidation State from Valence Electron Count A
  593. Chem 2299 Twin: The Inert Pair Effect A
  594. Chem 2302 Amphoterism at the Metal-Nonmetal Boundary A
  595. Chem 2305 Metalloids as Intermediate Semiconductors A
  596. Chem 2308 Boron's Electron Deficiency Drives Lewis Acidity A
  597. Chem 2311 Nonmetal Bonding Type from Electronegativity Difference A
  598. Chem 2314 Nonmetals Form Only Anions, Never Monatomic Cations A
  599. Chem 2317 Fluorine and Oxygen as the Strongest Oxidizers A
  600. Chem 2320 Nonmetal Hydride Acid Strength Trend A
  601. Chem 2323 Allotropes: Structure Sets Property A
  602. Chem 2326 Hydrogen's Dual Periodic-Table Position A
  603. Chem 2329 Nitrogen's Inertness and Nitrogen Fixation A
  604. Chem 2332 Oxygen's Allotropes and Oxidizing Strength A
  605. Chem 2335 Classifying Oxygen Compounds by O-O Bonding A
  606. Chem 2338 Sulfur's Allotropy and Variable Oxidation States A
  607. Chem 2341 Predicting Characteristic Oxidation State from Periodic Position P
  608. Chem 2346 Halogen Physical State Tracks London Dispersion Forces A
  609. Chem 2349 Halogen Oxidizing Strength Decreases Down the Group A
  610. Chem 2352 Interhalogens Defined A
  611. Chem 2355 Noble Gas Unreactivity and the Xenon Exception A
  612. Chem 2360 Capstone: Predicting Bonding and Reactivity from Periodic Position C
  613. Chem 2372 Transition Metals Defined by Partially Filled d Orbitals A
  614. Chem 2375 Multiple Oxidation States Peak Mid-First-Series A
  615. Chem 2378 Heavier d-Block Series Favor Higher Oxidation States A
  616. Chem 2381 Coordination Compounds as Lewis Acid-Base Adducts A
  617. Chem 2384 Coordination Number Sets Complex Geometry A
  618. Chem 2387 Monodentate vs. Polydentate Ligands A
  619. Chem 2390 Naming a Coordination Compound P
  620. Chem 2394 Geometric Isomerism in Complexes A
  621. Chem 2397 Optical Isomerism (Enantiomers) A
  622. Chem 2400 Crystal Field Splitting in an Octahedral Complex A
  623. Chem 2403 The Spectrochemical Series: Weak- vs. Strong-Field Ligands A
  624. Chem 2406 Twin: The High-Spin Complex A
  625. Chem 2409 Twin: The Low-Spin Complex A
  626. Chem 2412 Complex Color from d-d Electron Transitions A
  627. Chem 2417 Capstone: Full Analysis of a Coordination Complex C
  628. Chem 2429 Organic Compounds Defined by Carbon Catenation A
  629. Chem 2432 Alkanes: Saturated Hydrocarbons A
  630. Chem 2435 Structural Isomers Defined A
  631. Chem 2438 IUPAC Alkane Naming P
  632. Chem 2442 Alkenes: Restricted Rotation at the Double Bond A
  633. Chem 2445 cis/trans Geometric Isomerism in Alkenes A
  634. Chem 2448 Alkynes: Linear Triple Bonds A
  635. Chem 2451 Twin: The Addition Reaction A
  636. Chem 2454 Twin: The Substitution Reaction A
  637. Chem 2457 Aromatic Delocalization Favors Substitution A
  638. Chem 2460 Alcohols: The Hydroxyl Functional Group A
  639. Chem 2463 Twin: The Aldehyde A
  640. Chem 2466 Twin: The Ketone A
  641. Chem 2469 Carboxylic Acids and Esters from the Carbonyl A
  642. Chem 2472 Amines: Weak Bases from a Nitrogen Lone Pair A
  643. Chem 2475 Amides Distinguished from Amines by the Carbonyl A
  644. Chem 2478 Determining an Organic Carbon's Oxidation Level P
  645. Chem 2483 Capstone: Functional-Group Family Comparison C
  646. Chem 2496 Nuclide Notation A
  647. Chem 2499 Mass Defect and Nuclear Binding Energy A
  648. Chem 2503 Calculating Binding Energy per Nucleon P
  649. Chem 2507 The Band of Stability Predicts Decay Mode A
  650. Chem 2510 Twin: Alpha Decay A
  651. Chem 2513 Twin: Beta Decay A
  652. Chem 2516 Twin: Positron Emission and Electron Capture A
  653. Chem 2519 Gamma Emission Changes Neither Mass Nor Atomic Number A
  654. Chem 2522 Balancing a Nuclear Equation P
  655. Chem 2526 Half-Life: Exponential Decay Defined and Measured P
  656. Chem 2530 Radiometric Dating from a Decay Ratio P
  657. Chem 2535 Twin: Nuclear Fission A
  658. Chem 2538 Twin: Nuclear Fusion A
  659. Chem 2541 Chain Reaction as a Self-Sustaining Threshold A
  660. Chem 2544 Reactor Components as Mechanism A
  661. Chem 2547 Radioisotope Tracers: Detection, Not Intervention A
  662. Chem 2550 Twin: Ionizing Radiation A
  663. Chem 2553 Twin: Nonionizing Radiation A
  664. Chem 2556 Direct vs. Indirect Radiation Damage A
  665. Chem 2561 Capstone: Decay Chain and Binding-Energy Profile C