*Topic+(I)+-->+Sign-up

See full instructions at the bottom of the page. || Text-Pages Covered || English Name / Family Name / Block || Mr. Standring's Chemistry 11 Classes currently have 85 students. There are 85 topics available. Each student must sign up for one topic. Once you have signed up for a topic, you can not change it without special permission from Mr. Standring. For the topic you have chosen, you must add a page to this Wiki site. Name the page according to the topic chosen. Construct the best page you can on that topic including major questions on that topic, and answers to those questions (This should be a familiar exercise). For the rest of your instructions, see Topic pages II & III.
 * = -Topic---
 * Lab Safety Pt.1 || 1-4 || Marilyn/Wang/B ||
 * Lab Safety Pt.2 || 5-8 || Aurora/Zhang/B ||
 * Unit Conversions || 9-16 || Echo yu F ||
 * SI Units and Metric Unit conversions || 16-22 || Nina Liu F ||
 * Derived Quantities and Density || 23-26 || Cathy/Guan/B ||
 * Significant Figures & Zeros || 26/37 || Rachel Zhang /C ||
 * Certain & Uncertain Digits, Defined Numbers and Accuracy & Precision || 28-29 || Andrea/Zhang/A ||
 * How to Read a Scale || 30-34 || Oliviapei/Wang/ A ||
 * Experimental Uncertainty || 34-36 || Catherine/Gong/C ||
 * Multiplying & Dividing and Adding and Subtracting with Sig Figs || 38-39 || Sakura/Yu/C ||
 * Solving Problems that Involve Multiple Operations and Sig Figs || 40 || Zea/Ge/A ||
 * Basic Science Definitions || 41-43 || Amy/Gao/A ||
 * The Physical Properties of Matter (Exclude Exotic States) || 44-49 || Tina/Wang/B ||
 * Classification of Matter || 49-52 || Sherry/Yao/A ||
 * The Physical separation of substances || 53-55 || Angel Zhang/C ||
 * When to use each Separation method (Include only the methods we studied) || 58 || Flora/Xu/F ||
 * Phase Changes || 59-61 || Ann/Yu/F ||
 * The role of Kinetic Energy in Phase Changes || 62/64 || Emily/Qiu/C ||
 * How to Classify Atoms and Ions || 67-68 || Snow Jia C ||
 * Naming Monatomic and Poly Atomic Ions || 69 || Melody Mu C ||
 * Constructing the Formula of an Ionic Compound || 70-71 || Sarah Li B ||
 * Constructing the Name of an Ionic Compound || 71-72 || Emily/Wang/C ||
 * Naming Hydrates and Naming Compounds Using the Prefix System || 72-74 || Mavis/Mao/F ||
 * The Names of some Common Acids and "When to Choose Each Naming or Formula Method" || 74/Notes || __OliviaSHINAN/Wang/A__ ||
 * Atomic Mass and Avogadro's Hypothesis || 77-78 || Bonnie/Zhang/B ||
 * The Mole Concept and Finding Molar Mass || 78-80 || Christine/Chen/C ||
 * Calculations involving the Mole and the Mass of a Substance and the Volume of a gas || 81-82 || Juliet Pu/A ||
 * Calculations involving the Mole and the Volume of a gas and the Number of Particles || 82-84 || Laura Lee / F ||
 * Multiple Mole Conversions || 85-88 || Fiona/wang/F ||
 * Percentage Composition || 90 || EmilyLI F ||
 * Empirical Formula || 91-93 || Cherish Yin /C ||
 * Molecular formula || 93-95 || Sarah Yang/A ||
 * Molar Concentrations and Making up Solutions || 96-99 || Cissy Wang/ C ||
 * Dilution Calculations || 99-101 || Stellar Wu/Block C ||
 * Mixing Two Solutions and Making Dilute Solutions || 101-102 || Cello Wang/Block B ||
 * An Overview of Molarity Problems || 103 || Zoexu ||
 * Chemical Equations and the Conservation Laws || 105-107 || Alexandra/Yuan/B ||
 * Balancing Chemical Reaction Equations || 107-112 || Christina/Lv/B ||
 * Phases, the Magic 7 and Chemical Word Equations || 113-114 || MaggieSUI/Liu/F ||
 * Types of Chemical Reactions - First 4 Types (Pt.1) || 114-116 || **Cicizhang blockA** ||
 * Types of Chemical Reactions - Combustion (Pt.2) + Summary || 116-118 || Sophie /Fu/ F ||
 * Energy Changes in Chemical Reactions || 119-122 || Christina/Yu/F ||
 * The Meaning of Stoichiometry and the Coefficients in a Reaction Equation || 123-124 || Sapphire/Zhao/F ||
 * Stoichiometry --> Moles, mass, molecules and gas volume calculations || 125-128 || Yuki/Li/B ||
 * Stoichiometry calculations involving Molar concentration || 129-132 || Lemon/Han/C ||
 * Stoichiometry of excess quantities || 132-134 || Annie/Li/C ||
 * Percent Yield and Purity || 134-138 || Carol/Li/A ||
 * Early atomic models || 139-142 || EvaFang/B ||
 * Later atomic models || 142-144 || GailXiao/B ||
 * Atomic number and mass || 144-147 || SmileWang/B ||
 * Isotopes and their mixtures || 148-151 || AbbyZhang /C ||
 * Line spectra, electron shells and energy level diagrams || 151-153 || Joyce lee/ C ||
 * Writing electron configurations of atoms in full and core notation || 154-156 || Vinessa/Wang/B ||
 * Writing electron configurations of ions, and the copper and chromium exceptions || 156-158 || Winnie/Zhao/C ||
 * History of the periodic table || 158-160 || Monica/Wang/F ||
 * The Major divisions of the periodic table & Metals Non-metals and semi conductors || 161-164 || Milly/Fang/A ||
 * Electrostatic forces, electron shells, Valence electrons and valence of an atom || 165-168 || Carol/Wang/A ||
 * Ionization energy, Electron Affinity, and Atomic Radius || 168-169+notes || Kaylee Liu/ C ||
 * Electronegativity (+ see notes) || 173-175, 183 || Memory Huang/c ||
 * Lewis dot diagrams of neutral atoms, monatomic ions, and ionic compounds (& the nature of ionic bonds) || 172+notes || Freyja/ Zhang/F ||
 * The nature of covalent bonding & Predicting the formula of covalent compounds || 176-179 || MartinaYu /A ||
 * Lewis dot diagrams of covalent compounds || 183-188 || Melody Li, Block A ||
 * Intermolecular Forces and Bonding || 179-182 || Edith Wang, BlockA ||
 * Chemical families || 189-191 || Judy Bai, Block A ||
 * Solutions and Solubility Introduction || 193-194 || Kristen Luo/F ||
 * The Conductivity of Aqueous solutions || 195-198 || Annie Chiang /B ||
 * Dipole-Dipole Forces || 198-202 || Mary Feng /B ||
 * Hydrogen Bonding || 202-204 || Rachel LEE/ F ||
 * Polar and Non-Polar Solvents || 204-206 || Jerry Huang/ B ||
 * The nature of solutions of ions || 209-210 || Maggie LiuQi /F ||
 * Concentration of ions in Solution || 211-212 || Dianna.Wang/A ||
 * Introduction to Organic Chemistry and Hydrocarbons || 213-214 || Evazhu/C ||
 * Unbranched Alkanes and their Geometry || 215-216 || Jennifer Yang/B ||
 * Branched Hydrocarbons || 217-221 || Nina Teng/C ||
 * Structural Isomers and properties of Alkanes || 222+notes ||  ||
 * Cycloalkanes || 222-223 || RitaCUi / F ||
 * Alkyl Halides || 224-225 ||  ||
 * Alkenes and Alkynes || 226-228 || Helen C. Chen / F ||
 * The Geometry of Alkenes and Alkynes || 229-230 ||  ||
 * Aromatic Compounds || 230-232 || Carol/Yao/A ||
 * ======**Introduction to functional groups and Alcohols**====== || 233-234 || Elizabeth/Su/F ||
 * Aldehydes and Keytones || 234-235 || Cherrylv F ||
 * Ethers and Carboxylic Acids || 235-236 || Cathy GuF ||
 * Amines and Amindes || 236 || Judy Gao/B ||
 * Esters || 238-239 || **//WANG WANG C//** ||

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