Science Graveyard

Topics in Science Graveyard

Numbered in the order to learn them.

  1. Complete Definition of the Tangent Function

  2. Liquids: Surface Tension

  3. Adhesion

  4. Crystalline Solids: Minerals

  5. Periodic, Non-Crystalline Structure (Amorphous)

  6. Amorphous Solid: Glass

  7. Sublimation: Dry Ice

  8. Phase Change Diagram of Stearic Acid

  9. Solvent

  10. Unsaturated Solution

  11. Solution Concentration

  12. Isotonic Solution

  13. Hypotonic Solution

  14. Hypertonic Solution

  15. What Is Chemistry?

  16. Branches of Chemistry

  17. Triple Point

  18. Countable Units — Definition & Examples

  19. Mass vs. Weight

  20. What Is the Periodic Table?

  21. Expressing Change

  22. Accuracy

  23. Error Calculations: Propagating Uncertainty

  24. Chemistry of Materials

  25. Chemical Equilibrium

  26. Experimental Methods

  27. Emission

  28. Electron Energy Levels

  29. Examples of Filled Atomic Orbitals

  30. Overview of Atomic Structure

  31. Nucleus (Atom)

  32. Atomic Mass

  33. Induced Dipoles (Debye Force) — Definition & Overview

  34. Electron Pair Repulsion — Definition & Overview

  35. Oxidation-Reduction in Aqueous Solution

  36. Oxidizing Agents

  37. Reducing Agents

  38. Half-Reactions

  39. Corrosion — Definition & Overview

  40. Biochemical Metabolism — Definition & Overview

  41. Combustion — Definition & Overview

  42. Oxidation Number in Ionic Compounds

  43. Oxidation Number in Covalent Compounds

  44. Oxidation States of Metals

  45. Cell Voltage and Electrode Potential

  46. Half-Cells

  47. Salt Bridge and Ion Transport

  48. Reactions Requiring Lowest Voltage

  49. Active vs. Inert Electrodes

  50. Standard Electrode Potentials

  51. Standard Hydrogen Electrode (Zero Point)

  52. Cell Potential — Definition & Overview

  53. Redox Reactions at Electrodes

  54. Spontaneity of Redox Reactions

  55. Activity Series of Metals — Overview & Application

  56. Redox Reactions Can Generate Electricity

  57. Acid: Proton Donor

  58. Base: Proton Acceptor

  59. Transition-Metal Ions as Acids

  60. Strength of Acid-Base Pairs

  61. Binary Acid Strength Within a Group

  62. Binary Acid Strength Within a Period

  63. Titration Equivalence Point

  64. Indicator End Point

  65. Common Indicators

  66. Selecting an Indicator

  67. Lewis Theory Based on Electron Pair Donors/Acceptors

  68. Example Lewis Acid/Base Reactions

  69. Description of Equilibrium

  70. Dynamic Equilibrium: Balance of Reaction Rates

  71. Le Chatelier's Principle

  72. Le Chatelier's Principle: Changing Concentrations

  73. Le Chatelier's Principle: Changing Volume/Pressure

  74. pH and Solubility

  75. Chemistry of Tooth Decay

  76. Temperature and Solubility

  77. Overview of Reaction Stoichiometry

  78. Stoichiometry for Reactions with Solutions

  79. Dimensional Analysis and Stoichiometric Factors

  80. Reaction in Aqueous Solution

  81. Synthesis and Decomposition Reactions

  82. Hydrolysis Reactions

  83. Oxidation-Reduction Reactions

  84. Single and Double Replacement Reactions

  85. Predicting Precipitation in Double-Replacement Reaction

  86. Double-Replacement Reactions — Definition & Examples

  87. A Chemical Equation Describes a Reaction

  88. Coefficients in a Chemical Equation

  89. Chemical Reactions Recombine Atoms

  90. Quantifying Chemical Reactions

  91. Atomic Structure

  92. Periodic Table Organizes Elements with Similar Behavior

  93. Element Groups: Metals, Metalloids, Etc.

  94. Naming Ionic Compounds

  95. Formation of an Ionic Bond — Overview & Examples

  96. What Are Molecules?

  97. Intro to Molecular Bonding

  98. Covalent Bonds Share Electrons

  99. Organic Compounds

  100. Isomers

  101. Covalent Compound Naming Conventions

  102. Space-Filling Models — Overview & Examples

  103. Acids

  104. Bases

  105. Acid/Base Naming Conventions

  106. Overview: Phases of Matter

  107. Solutes and Solvents

  108. Precipitates

  109. Overview of Thermodynamics in Chemistry

  110. Thermochemistry: Temperature

  111. First Law of Thermodynamics — Conservation of Energy

  112. System vs. Environment

  113. Isothermal Processes

  114. Adiabatic Processes (Isolated Systems)

  115. Open Systems

  116. Chemical Energy Sources

  117. Exothermic Reactions

  118. Standard Entropies — Definition & Overview

  119. Predicting Spontaneity from Gibbs Free Energy Change

  120. Free Energy = Max Useful Work

  121. Reaction Rates: Temperature

  122. Effect of Force and Pressure

  123. Crystals

  124. Examples of Physical Properties

  125. Liquids: Particle Arrangement and Movement

  126. What Happens to Liquids When They Freeze, Melt, or Boil?

  127. Solids: Particle Arrangement and Movement

  128. Gases: Particle Arrangement and Movement

  129. How Genetic Information Is Inherited

  130. Levels of Organization Within Organisms: What Is an Organelle?

  131. Transport Within Cells

  132. Endoplasmic Reticulum — Role in Cell Transport

  133. Golgi Apparatus (Cell Transport) — Role & Importance

  134. Nucleus

  135. Protein Modification

  136. Physiological

  137. Mass Number — Definition & Overview

  138. Isotopes — Definition & Overview

  139. Summary of Chemical Nomenclature

  140. Summary of Chemical Nomenclature

  141. Summary of Chemical Formulae

  142. Chemical Properties — Definition & Examples

  143. Physical Change — Definition & Examples

  144. Properties of Ionic Compounds

  145. Formation of a Metallic Bond — Overview & Examples

  146. Covalent Compounds — Structure & Properties

  147. Coordination Number — Overview & Examples

  148. Predicting Precipitates

Type a concept, like “slope” or “photosynthesis”.

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