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Khan Academy - Chemistry

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种子名称: Khan Academy - Chemistry
文件类型:
文件数目: 105个文件
文件大小: 2.31 GB
收录时间: 2015-3-5 11:34
已经下载: 3
资源热度: 135
最近下载: 2024-12-25 00:35

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Khan Academy - Chemistry.torrent
  • a-look-at-a-seductive-but-wrong-gibbs-spontaneity-proof.flv10.02MB
  • acid-base-introduction.flv29.92MB
  • acid-base-titration.mp436.47MB
  • another-mass-composition-problem.flv10.44MB
  • another-stoichiometry-example-in-a-solution.mp420.81MB
  • balancing-chemical-equations.flv12.13MB
  • boiling-point-elevation-and-freezing-point-supression.flv20.05MB
  • buffers-and-hendersen-hasselbalch.flv14.05MB
  • carbon-14-dating-1.mp418.53MB
  • carbon-14-dating-2.mp427.26MB
  • carnot-cycle-and-carnot-engine.flv30.32MB
  • carnot-efficiency-2---reversing-the-cycle.flv21.78MB
  • carnot-efficiency-3---proving-that-it-is-the-most-efficient.flv14.28MB
  • change-of-state-example.mp419.43MB
  • chilling-water-problem.flv18.58MB
  • conjugate-acids-and-bases.flv19.31MB
  • covalent-networks--metallic--and-ionic-crystals.flv13.95MB
  • efficiency-of-a-carnot-engine.flv22.23MB
  • electron-configurations-2.flv21.78MB
  • electron-configurations.flv22.77MB
  • empirical-and-molecular-formulas-from-stoichiometry.mp447.41MB
  • enthalpy.flv16.72MB
  • entropy-intuition.flv21.5MB
  • example-of-finding-reactant-empirical-formula.mp443.25MB
  • exponential-decay-formula-proof--can-skip--involves-calculus.flv13.18MB
  • first-law-of-thermodynamics--internal-energy.flv23.15MB
  • formula-from-mass-composition.flv21.54MB
  • galvanic-cells.flv31.8MB
  • gibbs-free-energy-and-spontaneity.flv37.71MB
  • gibbs-free-energy-example.flv15.39MB
  • groups-of-the-periodic-table.flv25.12MB
  • half-equivalence-point.flv17.49MB
  • half-life.flv13.94MB
  • heat-of-formation.flv17.34MB
  • hess-s-law-and-reaction-enthalpy-change.flv21.07MB
  • hess-s-law-example.mp441.11MB
  • heterogenous-equilibrium.flv8.66MB
  • hydrogen-peroxide-correction.flv1.4MB
  • ideal-gas-equation--pv-nrt.flv14.56MB
  • ideal-gas-equation-example-1.flv11.23MB
  • ideal-gas-equation-example-2.flv19.1MB
  • ideal-gas-equation-example-3.flv7.2MB
  • ideal-gas-example-4.flv6.24MB
  • introduction-to-exponential-decay.flv12.52MB
  • introduction-to-kinetics.flv19.47MB
  • introduction-to-oxidation-states.flv39.73MB
  • introduction-to-ph--poh--and-pkw.flv18.23MB
  • introduction-to-the-atom.flv28.86MB
  • ionic--covalent--and-metallic-bonds.flv19.55MB
  • keq-derivation-intuition--can-skip--bit-mathy.flv28.66MB
  • keq-intuition--mathy-and-not-necessary-to-progress.flv18.66MB
  • le-chatelier-s-principle.flv14.18MB
  • limiting-reactant-example-problem-1.mp462.92MB
  • macrostates-and-microstates.flv24.55MB
  • maxwell-s-demon.flv17.02MB
  • mini-video-on-ion-size.flv6.89MB
  • molecular-and-empirical-formulas.flv25.72MB
  • molecular-and-empirical-forumlas-from-percent-composition.mp427.14MB
  • more-exponential-decay-examples.flv15.93MB
  • more-on-entropy.flv8.59MB
  • more-on-internal-energy.flv16.75MB
  • more-on-orbitals-and-electron-configuration.flv30.48MB
  • more-on-oxidation-states.flv28.96MB
  • more-rigorous-gibbs-free-energy--spontaneity-relationship.flv15.47MB
  • orbitals.flv28.91MB
  • other-periodic-table-trends.flv33.18MB
  • partial-pressure.flv27.61MB
  • periodic-table-trends--ionization-energy.flv27.95MB
  • ph--poh-of-strong-acids-and-bases.flv13.76MB
  • ph-of-a-weak-acid.flv28.12MB
  • ph-of-a-weak-base.flv16.22MB
  • phase-diagrams.flv16.68MB
  • pka-and-pkb-relationship.flv15.02MB
  • proof--s--or-entropy--is-a-valid-state-variable.flv30.66MB
  • proof--u--3-2-pv-or-u--3-2-nrt.flv20.41MB
  • proof--volume-ratios-in-a-carnot-cycle.flv26.89MB
  • pv-diagrams-and-expansion-work.flv19.87MB
  • quasistatic-and-reversible-processes.flv25.99MB
  • reactions-in-equilibrium.flv16.15MB
  • reconciling-thermodynamic-and-state-definitions-of-entropy.flv55.32MB
  • redox-reactions.flv18.4MB
  • solubility.flv17.02MB
  • specific-heat--heat-of-fusion-and-vaporization.flv26.17MB
  • spectrophotometry-example.mp436.05MB
  • spectrophotometry-introduction.mp425.67MB
  • states-of-matter-follow-up.flv7.02MB
  • states-of-matter.flv22.86MB
  • stoichiometry--limiting-reagent.flv19.96MB
  • stoichiometry-example-problem-1.mp434.28MB
  • stoichiometry-example-problem-2.mp462.07MB
  • stoichiometry-of-a-reaction-in-solution.mp418.66MB
  • stoichiometry.flv18.89MB
  • strong-acid-titration.flv16.96MB
  • suspensions--colloids-and-solutions.flv18.73MB
  • the-mole-and-avogadro-s-number.flv16.75MB
  • thermodynamic-entropy-definition-clarification.flv15.63MB
  • titration-roundup.flv13.58MB
  • types-of-decay.flv14.73MB
  • valence-electrons.flv32.52MB
  • van-der-waals-forces.flv21.65MB
  • vapor-pressure-example.mp449.77MB
  • vapor-pressure.flv25.91MB
  • weak-acid-titration.flv23.85MB
  • work-done-by-isothermic-process.flv28.11MB
  • work-from-expansion.flv16.27MB