**This is the place to find out what's happening in chemistry every day! **

**The calendar below will outline our course topics with classroom objectives, activities and assignments listed below. Please scroll down!**

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OBJECTIVES: SWBAT analyze and interpret a mass spectrum; create a mass spectrum from data

ACTIVITIES: Unit 2 "Atom" handout and notes, average atomic mass and mass spectrometry

ASSIGNMENTS: Spiral-bound notebook for problem assignments...have by today

OBJECTIVES: SWBAT analyze and interpret a mass spectrum; create a mass spectrum from data

ACTIVITIES: Unit 2 "Atom" handout and notes, average atomic mass and mass spectrometry

ASSIGNMENTS: Problem notebook required...pick one up ASAP if you have not

OBJECTIVES: SWBAT analyze and interpret a mass spectrum; calculate % abundance from intensity and vice versa

ACTIVITIES: Unit 2 "Atom" handout and notes, mass spectra

ASSIGNMENTS: Problem notebook required...pick one up ASAP if you have not

OBJECTIVES: SWBAT compare and contrast atomic models; describe the gold foil experiment

ACTIVITIES: Unit 2 "Atom" handout and notes, atomic models

ASSIGNMENTS: Problem assignment #1 due next Monday

OBJECTIVES: SWBAT describe the Bohr model of the atom and characteristics of EMR

ACTIVITIES: Unit 2 "Atom" handout and notes, the Bohr model

ASSIGNMENTS: Problem assignment #1 due next Monday

OBJECTIVES: SWBAT calculate the frequencies and wavelengths for energy level electron transitions in the hydrogen atom

ACTIVITIES: Pre-lab; spectroscopy and the Bohr model

ASSIGNMENTS: New vocabulary: EMR, wave, frequency, wavelength

OBJECTIVES: SWBAT determine the experimental design and report format for an investigation into spectral analysis

ACTIVITIES: Pre-lab; spectroscopy and the Bohr model

ASSIGNMENTS: New vocabulary: EMR, wave, frequency, wavelength

OBJECTIVES: SWBAT measure wavelengths and calculate the energies of the spectral lines in hydrogen gas

ACTIVITIES: Lab; spectroscopy and the Bohr model

ASSIGNMENTS: New vocabulary: EMR, wave, frequency, wavelength

OBJECTIVES: SWBAT observe atomic spectra and identify unknowns

ACTIVITIES: Lab; spectroscopy and the Bohr model

ASSIGNMENTS: New vocabulary: EMR, wave, frequency, wavelength

OBJECTIVES: SWBAT correlate the hydrogen atom spectra with energy level transitions

ACTIVITIES: Post-Lab; spectroscopy and the Bohr model

ASSIGNMENTS: New vocabulary: EMR, wave, frequency, wavelength

OBJECTIVES: SWBAT interpret photoelectron spectra in order to determine the electron configuration of an element

ACTIVITIES: Unit 2 notes; photoelectron spectra interpretation, electron filling order and configurations

ASSIGNMENTS: Derive electron filling order, label PES of various elements with their electron configurations

OBJECTIVES: SWBAT write the electron configurations for elements 1-21 and correlate with photoelectron spectra

ACTIVITIES: Unit 2 notes; photoelectron spectra interpretation, electron filling order and configurations

ASSIGNMENTS: Derive electron filling order, label PES of various elements with their electron configurations

OBJECTIVES: SWBAT identify the meaning of and range of accepted values for each quantum number

ACTIVITIES: Unit 2 notes; Quantum model of the atom

ASSIGNMENTS: Notes on double slit experiment(s), quantum numbers

OBJECTIVES: SWBAT assign sets of quantum numbers for given atoms

ACTIVITIES: Unit 2 notes; Quantum numbers

ASSIGNMENTS: Unit 2 notes/embedded assessment

OBJECTIVES: SWBAT recognize the periodicity in Quantum numbers and apply patterns

ACTIVITIES: Unit 2 notes; Quantum numbers/patterns/Problem assignment 2

ASSIGNMENTS: Problem assignment 2 due next Tuesday

OBJECTIVES: SWBAT recognize the periodicity in electron configurations and write shorthand EC's for atoms and ions

ACTIVITIES: Problem assignment Q&A, Unit 2 notes; Electron configuration patterns

ASSIGNMENTS: Problem assignment 2 due tomorrow

OBJECTIVES: SWBAT write orbital notations from electron configurations and vice versa

ACTIVITIES: Unit 2 notes; orbital notations, support for Quantum model from PES

ASSIGNMENTS: Problem assignment 2 due TODAY

OBJECTIVES: SWBAT describe PES support for the Quantum model

ACTIVITIES: Unit 2 notes; support for Quantum model from PES, para- and diamagnetism

ASSIGNMENTS: Problem Assignment #3

OBJECTIVES: SWBAT begin Unit 2 review

ACTIVITIES: problem assignment #3 work time (with sub)

ASSIGNMENTS: PA#3

OBJECTIVES: SWBAT complete a Unit 2 review

ACTIVITIES: Unit 2 review questions, PA#3 Q&A

ASSIGNMENTS: Problem Assignment #3. UNIT EXAM ON MONDAY, 11/21

OBJECTIVES: SWBAT complete Unit 2 assessment 1

ACTIVITIES: Unit 2 exam

ASSIGNMENTS: Problem Assignment #3 due today

OBJECTIVES: SWBAT ID main families of elements and their unique properties; alkali metals, alkanline earth metals, transition metals, other metals

ACTIVITIES: element families and p-table color coding, properties and uses

ASSIGNMENTS: ongoing (in class); families of elements

OBJECTIVES: SWBAT analyze Unit 2 Exam results

ACTIVITIES: Unit 2 exam results and prep for retake options TOMORROW

ASSIGNMENTS: ongoing (in class); families of elements

OBJECTIVES: SWBAT complete a Unit 2 assessment

ACTIVITIES: Unit 2 exam retake

ASSIGNMENTS: ongoing (in class); families of elements

OBJECTIVES: SWBAT ID families of elements, their key properties and uses of selected elements

ACTIVITIES: Families of elements; color-coding periodic table(s), ID properties and uses

ASSIGNMENTS: ongoing (in class); families of elements

OBJECTIVES: SWBAT ID families of elements, their key properties and uses of selected elements

ACTIVITIES: Families of elements; color-coding periodic table(s), ID properties and uses of the Lanthanides and actinides

ASSIGNMENTS: ongoing (in class); families of elements

OBJECTIVES: SWBAT link element names to etymological clues

ACTIVITIES: Equations handbook Ch. 1, work on PA#4

ASSIGNMENTS: PA#4; Equations handbook exercises 1-1, 1-2, 2-1.....due later next week

OBJECTIVES: SWBAT link element names to etymological clues

ACTIVITIES: element names team "competition"

ASSIGNMENTS: PA#4; Equations handbook exercises 1-1, 1-2, 2-1.....due Friday

OBJECTIVES: SWBAT write the names of binary molecules

ACTIVITIES: Handbook Ch. 2, ionic salts vs. covalent molecules notes, exercise 2-1 (molecules)

ASSIGNMENTS: PA#4; Equations handbook exercises 1-1, 1-2, 2-1.....due Friday

OBJECTIVES: SWBAT write the formulas of binary molecules

ACTIVITIES: Handbook Ch. 2, ionic salts vs. covalent molecules notes, exercise 2-1 extension

ASSIGNMENTS: PA#4; Equations handbook exercises 1-1, 1-2, 2-1.....due Friday

OBJECTIVES: SWBAT provide a rationale for the formation of multi-valent metals

ACTIVITIES: Handbook Ch. 3; transition metal oxidation states and nomenclature, Pre-lab questions: "What is the unknown copper salt"?

ASSIGNMENTS: PA#4; Equations handbook exercises 1-1, 1-2, 2-1 + extension.....due TOMORROW

OBJECTIVES: SWBAT format a preliminary lab report for a gravimetric analysis

ACTIVITIES: PA#4 due, pre-lab and report writing

ASSIGNMENTS: PA#4; Equations handbook exercises 1-1, 1-2, 2-1 + extension.....due TODAY

OBJECTIVES: SWBAT complete gravimetric analysis lab trials

ACTIVITIES: gravimetric analysis lab; What is the copper salt formula?

ASSIGNMENTS: Semester review; you should be studying all presentation MCQ's and past tests/exams!

OBJECTIVES: SWBAT complete gravimetric analysis; data and calculations

ACTIVITIES: gravimetric analysis post-lab

ASSIGNMENTS: Semester review; you should be studying all presentation MCQ's and past tests/exams!

OBJECTIVES: SWBAT complete a team review assignment

ACTIVITIES: gravimetric analysis lab reports due today

ASSIGNMENTS: Semester review; you should be studying all presentation MCQ's and past tests/exams!

OBJECTIVES: SWBAT complete a comprehensive semester one topic assessment

ACTIVITIES: semester 1 final exam

ASSIGNMENTS: none

OBJECTIVES: SWBAT deduce the oxidation state for elements within compounds

ACTIVITIES: Handbook Ch. 3; variable oxidation states

ASSIGNMENTS: PA#5; Equations handbook exercises 3-1, 3-2, 3-3

OBJECTIVES: SWBAT write the names and formulas for binary salts containing transition metals

ACTIVITIES: Handbook Ch. 3; transition metal salts

ASSIGNMENTS: PA#5; Equations handbook exercises 3-1, 3-2, 3-3

OBJECTIVES: SWBAT write the names and formulas for binary salts containing transition metals

ACTIVITIES: Formula and names practice (added to PA#5), Handbook Ch. 3; polyatomic ions

ASSIGNMENTS: PA#5; Equations handbook exercises 3-1, 3-2, 3-3

OBJECTIVES: SWBAT write the names and formulas for Type I, II, III, and IV compounds

ACTIVITIES: Formula and names practice (added to PA#5), Handbook Ch. 3; polyatomic ions and flowchart

ASSIGNMENTS: PA#5; Equations handbook exercises 3-1, 3-2, 3-3...Due next Tuesday

OBJECTIVES: SWBAT complete Type I-IV compounds assessment

ACTIVITIES: Type I-IV compounds quiz

ASSIGNMENTS: PA#5; Equations handbook exercises 3-1, 3-2, 3-3...Due next Tomorrow. Read equations handbook Ch. 4 introduction

OBJECTIVES: SWBAT write the names and formulas for inorganic acids

ACTIVITIES: handbook exercises 4-1, 4-2

ASSIGNMENTS: PA#5 due today

OBJECTIVES: SWBAT write the names and formulas for inorganic acids including ternary forms

ACTIVITIES: handbook exercises 4-1, 4-2, 4-3, PA#6 assignment

ASSIGNMENTS: PA#6 due Friday

OBJECTIVES: SWBAT write the names of complex ions

ACTIVITIES: complex ion practice

ASSIGNMENTS: PA#6 due Friday

OBJECTIVES: SWBAT write the names and formulas of coordination compounds

ACTIVITIES: Nomenclature quiz 2; type I-IV compounds/acids. Check of exericse 4-1, 4-2, 4-3 in handbook. Work on 5-1, 5-2 as addition to PA#6

ASSIGNMENTS: PA#6 due today

OBJECTIVES: SWBAT write the names and formulas of coordination compounds

ACTIVITIES: Check answers for exericse 4-1, 4-2, 4-3 in handbook. Work on 5-1, 5-2 as PA#7

ASSIGNMENTS: PA#7

OBJECTIVES: SWBAT write the names and formulas of coordination compounds

ACTIVITIES: Check answers for exercise 5-1 in handbook. Added practice after 5-2 as PA#7

ASSIGNMENTS: PA#7; exercise 5-1, 5-2, practice names and formulas-due Friday

OBJECTIVES: SWBAT complete a practice assessment on the nomenclature of coordination compounds

ACTIVITIES: Complete practice problem addition to PA#7. Practice quiz/answers

ASSIGNMENTS: PA#7; exercise 5-1, 5-2, practice names and formulas-due Friday

OBJECTIVES: SWBAT complete an assessment on the nomenclature of coordination compounds

ACTIVITIES: Nomenclature quiz

ASSIGNMENTS: PA#7; exercise 5-1, 5-2, practice names and formulas-due today

OBJECTIVES: SWBAT complete a pre-lab analysis related to the use of conductivity measurements to differentiate electrolytes

ACTIVITIES: Pre-lab; Electrolytes and Non-electrolytes

ASSIGNMENTS: Turn in PA#7 if not done so on Friday

OBJECTIVES: SWBAT identify the experimental variables in an investigation of electrolytes

ACTIVITIES: Pre-lab; Electrolytes and Non-electrolytes

ASSIGNMENTS: Turn in PA#7 if not done so on Friday, complete preliminary lab report

OBJECTIVES: SWBAT complete lab trials in order to classify electrolytes and non-electrolytes

ACTIVITIES: Lab; Electrolytes and Non-electrolytes

ASSIGNMENTS: Turn in PA#7 if not done so on Friday, complete preliminary lab report

OBJECTIVES: SWBAT complete lab trials in order to classify electrolytes and non-electrolytes

ACTIVITIES: Lab; Electrolytes and Non-electrolytes

ASSIGNMENTS: Turn in PA#7 if not done so on Friday, complete preliminary lab report

OBJECTIVES: SWBAT will process lab data in order to determine the nature of solutes as electrolytes or nonelectrolytes

ACTIVITIES: Lab; Electrolytes and Non-electrolytes, processing the data questions as Conclusions

ASSIGNMENTS: update lab reports

Mr. Westcott absent today, student assignments;

- Work on lab report or Problem Assignment #8

OBJECTIVES: SWBAT will process lab data in order to determine relative strengths of electrolytes

ACTIVITIES: Lab; Electrolytes and Non-electrolytes, processing the data questions as Conclusions and Error analysis

ASSIGNMENTS: update lab reports and work on PA#8 from "periodic table" question sheet handout

OBJECTIVES: SWBAT state, explain, and interpret atomic size trends

ACTIVITIES: PA#8

ASSIGNMENTS: update lab reports and work on PA#8 from "periodic table" question sheet handout

OBJECTIVES: SWBAT state, explain, and interpret ionic size trends

ACTIVITIES: Periodic trends notes and assessment

ASSIGNMENTS: update lab reports and work on PA#8 from "periodic table" question sheet handout. Reports due Friday, PA#8 due Monday

OBJECTIVES: SWBAT state and explain trends in electronegativity

ACTIVITIES: Periodic trends notes and assessment; Ionic size and electronegativity through question 43

ASSIGNMENTS: update lab reports and work on PA#8 from "periodic table" question sheet handout. Reports due today, PA#8 due Monday

OBJECTIVES: SWBAT state and explain trends in ionization energy

ACTIVITIES: Periodic trends notes and assessment; Ionization energy through question 47

ASSIGNMENTS: PA#8 due Monday due today

OBJECTIVES: SWBAT state and explain trends in ionization energy including IE for 2nd, 3rd, electron, etc.

ACTIVITIES: Periodic trends notes and assessment; Ionization energy through question 55

ASSIGNMENTS: PA#8 due yesterday, PA#9 assignment; added problems from class notes and problems from Periodic table trends handout; 113-118, 124-126, 137-143, 146-152 (due FRIDAY)

OBJECTIVES: SWBAT evaluate the relationship between ionization energy and photoelectron spectrophotometry

ACTIVITIES: Periodic trends notes and assessment; PES and IE

ASSIGNMENTS: PA#8 due yesterday, PA#9 assignment; added problems from class notes and problems from Periodic table trends handout; 113-118, 124-126, 137-143, 146-152 (due MONDAY)

OBJECTIVES: SWBAT evaluate the relationship between ionization energy and photoelectron spectrophotometry

ACTIVITIES: Nomenclature quiz retake, periodic trends notes and assessment; PES and IE

ASSIGNMENTS: PA#9 assignment; added problems from class notes and problems from Periodic table trends handout; 113-118, 124-126, 137-143, 146-152 (due MONDAY)

OBJECTIVES: SWBAT relate metallic character to IE, NC and electron configuration

ACTIVITIES: Periodic trends notes and assessment; metallic character

ASSIGNMENTS: PA#9 assignment; added problems from class notes and problems from Periodic table trends handout; 113-118, 124-126, 137-143, 146-152 (due MONDAY)

OBJECTIVES: SWBAT complete summary/review questions from periodic trends notes

ACTIVITIES: Unit review sheet

ASSIGNMENTS: PA#9 assignment; added problems from class notes and problems from Periodic table trends handout; 113-118, 124-126, 137-143, 146-152 (due TODAY )

OBJECTIVES: SWBAT complete Unit 3 assessment; periodicity and periodic trends

ACTIVITIES: Unit assessment

ASSIGNMENTS: PA#9 assignment; added problems from class notes and problems from Periodic table trends handout; 113-118, 124-126, 137-143, 146-152 (due if not turned in)

OBJECTIVES: SWBAT make corrective statements from unit assessment analysis

ACTIVITIES: Unit assessment analysis

ASSIGNMENTS: PA#9 assignment; added problems from class notes and problems from Periodic table trends handout; 113-118, 124-126, 137-143, 146-152 (due if not turned in)

OBJECTIVES: SWBAT complete Unit 3 assessment 2; periodicity and periodic trends

ACTIVITIES: Unit assessment

ASSIGNMENTS: PA#9 assignment; added problems from class notes and problems from Periodic table trends handout; 113-118, 124-126, 137-143, 146-152 (due if not turned in)

OBJECTIVES: SWBAT describe the relationship between gas variables; P, V, and T

ACTIVITIES: Unit 3 notes (Big Idea 2)

ASSIGNMENTS: PA#10 assignment; tasks from Chemical Bonding notes

OBJECTIVES: SWBAT quantify the relationship between gas variables; P, V, and T

ACTIVITIES: Unit 3 notes and tasks

ASSIGNMENTS: PA#10 assignment; tasks from Chemical Bonding notes

OBJECTIVES: SWBAT solve problems using the Combined and Ideal gas laws

ACTIVITIES: Unit 3 notes, gas law problems and additions to PA#10

ASSIGNMENTS: PA#10 assignment; tasks from Chemical Bonding notes

OBJECTIVES: SWBAT solve problems which utilize the Combined and Ideas gas laws

ACTIVITIES: PA#10 completion, due today. Gas calculations quiz

ASSIGNMENTS: PA#10

OBJECTIVES: SWBAT solve problems related to Dalton's law and molecular velocity

ACTIVITIES: PA#11 from Chemical bonding notes/tasks 2Avii, 2Aviii, and 2Aix (Mr. Westcott absent today)

ASSIGNMENTS: PA#11

OBJECTIVES: SWBAT solve problems related to Dalton's law and molecular velocity

ACTIVITIES: Q&A from PA#11 tasks 2Avii, 2Aviii, and 2Aix

ASSIGNMENTS: PA#11

OBJECTIVES: SWBAT solve problems related to Dalton's law, molecular velocity and molarity

ACTIVITIES: Q&A from PA#11 tasks 2Avii, 2Aviii, and 2Aix

ASSIGNMENTS: PA#11

OBJECTIVES: SWBAT solve problems related to Dalton's law, molecular velocity and molarity

ACTIVITIES: Q&A from PA#11 tasks 2Avii, 2Aviii, and 2Aix, periodic trends retake test results, Gas laws quiz I results (retake gas laws quiz tomorrow)..

ASSIGNMENTS: PA#11 addition from Gas Laws practice handout

OBJECTIVES: SWBAT solve problems related to the combined and ideal gas laws

ACTIVITIES: Quiz 1 retake

ASSIGNMENTS: PA#11 addition from Gas Laws practice handout and worksheets 02b; 1-2, 5-7, 02c; all, 02d; all. PA#11 due Tuesday, 3/7.

OBJECTIVES: SWBAT solve problems related to Dalton's law, molecular velocity and molarity

ACTIVITIES: Q&A from PA#11 tasks 2Avii, 2Aviii, and 2Aix and Worksheet 02b, 02c, and 02d. Handout; Practice for Gas Laws Quiz II on Tuesday (add to PA#11)

ASSIGNMENTS: PA#11 addition from Gas Laws practice handout, PA#11 due TOMORROW

OBJECTIVES: SWBAT solve problems related to Dalton's law, molecular velocity and molarity (assessment)

ACTIVITIES: Q&A from PA#11 tasks 2Avii, 2Aviii, and 2Aix, Worksheet 02b, 02c, and 02d and Practice for Gas Laws quiz 2

ASSIGNMENTS: PA#11 addition from Gas Laws practice handout, PA#11 due TODAY

OBJECTIVES: SWBAT determine the molar volume of a gas from sample data

ACTIVITIES: Complete Gas laws quiz 2, pre-lab; Molar Volume of a Gas

ASSIGNMENTS: PA#11 due TODAY

OBJECTIVES: SWBAT format a preliminary lab report for the purposes of determining the molar volume of a gas

ACTIVITIES: Pre-lab; Molar Volume of a Gas

ASSIGNMENTS: lab report updates

OBJECTIVES: SWBAT collect data necessary for the derivation of a gas molar volume and gas constant

ACTIVITIES: Lab activity; Molar Volume of a Gas

ASSIGNMENTS: PA#11 due

OBJECTIVES: SWBAT calculate the molar volume and gas constant from laboratory data

ACTIVITIES: Molar volume lab report; calculations and derive R

ASSIGNMENTS: PA#11 due if not turned in on 3/10/17

OBJECTIVES: SWBAT complete an error analysis and report conclusions for the molar volume experiment

ACTIVITIES: Molar volume lab report; error and conclusions, chemical bonding notes/covalent bonds and models

ASSIGNMENTS: Chemical bonding notes and PA#12; task 2Cii and added problems

OBJECTIVES: SWBAT draw Lewis structures for molecules and ions

ACTIVITIES: Chemical bonding notes/covalent bonds and models; Lewis structures and Task 2Cii with addition made yesterday

ASSIGNMENTS: PA#12; task 2Cii and added problems

OBJECTIVES: SWBAT draw Lewis structures and predict molecular shapes

ACTIVITIES: Chemical bonding notes/covalent bonds and models, VSEPR theory

ASSIGNMENTS: Chemical bonding notes and PA#12; task 2Cii and added problems, Task 2Ciii

OBJECTIVES: SWBAT apply the localized electron model to determine geometries of molecules and ions

ACTIVITIES: Task 2Ciii as continuation of PA#12

ASSIGNMENTS: PA#12: Tasks 2Cii and 2Ciii, due MONDAY

OBJECTIVES: SWBAT name simple hydrocarbons compounds; alkanes, alkenes, alkynes

ACTIVITIES: Chemical bonding notes; resonance and formal charge. Equations handbook Ch. 6; Organic nomenclature

ASSIGNMENTS: PA#13: handbook exercises 6-1, 6-2 (selected questions)

OBJECTIVES: SWBAT name branched hydrocarbons compounds; alkanes, alkenes, alkynes

ACTIVITIES: Equations handbook Ch. 6; Organic nomenclature

ASSIGNMENTS: PA#13: handbook exercises 6-1, 6-2 (selected questions) due Wednesday, 3/29

OBJECTIVES: SWBAT determine bond and molecular polarity

ACTIVITIES: Pre-lab; Covalent and organic modeling

ASSIGNMENTS: PA#13: handbook exercises 6-1, 6-2 (selected questions) due Tomorrow

OBJECTIVES: SWBAT draw and construct molecular models, determine bond and molecular polarity

ACTIVITIES: Molecular modeling

ASSIGNMENTS: PA#13: handbook exercises 6-1, 6-2 (selected questions) due

OBJECTIVES: SWBAT draw and construct molecular models, determine bond and molecular polarity

ACTIVITIES: Molecular modeling

ASSIGNMENTS: PA#13: handbook exercises 6-1, 6-2 (selected questions) due

OBJECTIVES: SWBAT model and draw structural formulas for hydrocarbon compounds

ACTIVITIES: Molecular modeling

ASSIGNMENTS: PA#13: handbook exercises 6-1, 6-2 (selected questions) due

OBJECTIVES: SWBAT model and draw structural formulas for hydrocarbon compounds

ACTIVITIES: Molecular modeling

ASSIGNMENTS: PA#13: handbook exercises 6-1, 6-2 (selected questions) due

OBJECTIVES: SWBAT model and draw structural formulas for hydrocarbon compounds

ACTIVITIES: Molecular modeling-final day!

ASSIGNMENTS: PA#13: handbook exercises 6-1, 6-2 (selected questions) due

OBJECTIVES: SWBAT describe and determine the types of intermolecular forces present in compounds

ACTIVITIES: Intermolecular forces notes and start PA#14

ASSIGNMENTS: PA#14 tasks and worksheet handout

OBJECTIVES: SWBAT describe and determine the types of intermolecular forces present in compounds

ACTIVITIES: PA#14 worksheet addition

ASSIGNMENTS: PA#14 tasks and worksheet handout

OBJECTIVES: SWBAT ID bonding types and associated properties of the bonds formed in solids

ACTIVITIES: solid state bonding/properties;

ASSIGNMENTS: PA#14 tasks and worksheet 02f addition

OBJECTIVES: SWBAT form an alloy from a metal mixture

ACTIVITIES: alloy lab activity and pre-lab exp.; evaporation and IMF's

ASSIGNMENTS: PA#14 tasks and worksheet 02f addition due Thursday

OBJECTIVES: SWBAT predict intermolecular forces as hypotheses

ACTIVITIES: Pre-lab exp.; evaporation and IMF's and trials 1 and 2

ASSIGNMENTS: PA#14 tasks and worksheet 02f addition due

OBJECTIVES: SWBAT complete a summary activity related to intramolecular and intermolecular bonding

ACTIVITIES: Unit wrap up

ASSIGNMENTS: Worksheet 02g

OBJECTIVES: SWBAT predict and test intermolecular forces

ACTIVITIES: Lab exp.; evaporation and IMF's for all remaining trials

ASSIGNMENTS: Worksheet 02g as unit review

OBJECTIVES: SWBAT graph intermolecular force versus evaporative temperature change

ACTIVITIES: Lab exp.; graphical analysis

ASSIGNMENTS: Worksheet 02g as unit review

OBJECTIVES: SWBAT relate IMF's to physical properties

ACTIVITIES: Lab exp.; conclusions, group review of Unit WS 02g and MCQ's

ASSIGNMENTS: Unit Exam Thursday

OBJECTIVES: SWBAT complete a unit assessment

ACTIVITIES: Unit exam, Unit 4 introduction (handouts)

ASSIGNMENTS: none

OBJECTIVES: SWBAT complete a unit assessment and ID incorrect aswers

ACTIVITIES: Unit exam completion, marking of incorrect answers

ASSIGNMENTS: none

OBJECTIVES: SWBAT complete unit assessment corrections

ACTIVITIES: Unit exam corrections and re-scoring

ASSIGNMENTS: Notes task 3Ai, worksheets 03d, 03e

OBJECTIVES: SWBAT balance chemical equations in order to indicate the conservation of matter

ACTIVITIES: Unit notes and task 3Ai, worksheet answers 03d and 03e

ASSIGNMENTS: Notes task 3Ai, worksheets 03d, 03e

OBJECTIVES: SWBAT identify reaction types and sub-types

ACTIVITIES: chemical reaction observations and predicting reaction types/reaction products

ASSIGNMENTS: Notes task 3Ai, worksheets 03d, 03e

OBJECTIVES: SWBAT predict chemical reactions products and their states

ACTIVITIES: notes, complete and net ionic equations, reaction prediction and practice for quiz TOMORROW

ASSIGNMENTS: Notes task 3Aii as first problem in PA#15

OBJECTIVES: SWBAT ID chemical reaction types and sub-types, predict reaction products and write balanced chemical equations

ACTIVITIES: reaction types/product prediction quiz

ASSIGNMENTS: Notes task 3Aii as first problem in PA#15

OBJECTIVES: SWBAT predict solid products of aqueous reactions

ACTIVITIES: Notes task 3Aii answer check, pre-lab; Chemical reaction types

ASSIGNMENTS: PA#15 answer check, pre-lab report

OBJECTIVES: SWBAT make reaction predictions as hypotheses for lab investigation

ACTIVITIES: pre-lab and report formatting; Chemical Reaction Types

ASSIGNMENTS: report setup ready for tomorrow; all 9 reaction prediction templates

OBJECTIVES: SWBAT perform chemical reactions in order to test for hypothesized reaction products

ACTIVITIES: Lab investigation; Chemical Reaction Types

ASSIGNMENTS: keep lab observations updated

OBJECTIVES: SWBAT perform chemical reactions in order to test for hypothesized reaction products

ACTIVITIES: Lab investigation; Chemical Reaction Types, reactions 1, 6, 7

ASSIGNMENTS: keep lab observations updated

OBJECTIVES: SWBAT perform chemical reactions in order to test for hypothesized reaction products

ACTIVITIES: Lab investigation; Chemical Reaction Types, reactions 1, 8, 9

ASSIGNMENTS: keep lab observations updated

OBJECTIVES: SWBAT convert molar and mass quantities of chemical reactants and products

ACTIVITIES: Notes; mole conversions and stoichiometry

ASSIGNMENTS: Various tasks for PA#15 will be due daily this week based on progress in class each day

OBJECTIVES: SWBAT convert molar and mass quantities of chemical reactants and products and calculate percent reaction yield

ACTIVITIES: Notes; mole conversions and stoichiometry, % yield

ASSIGNMENTS: Various tasks for PA#15 will be due daily this week based on progress in class each day

OBJECTIVES: SWBAT perform stoichiometric calculations involving mass and concentration

ACTIVITIES: Setup PA#15 addition 1-5

ASSIGNMENTS: work on completing PA#15 with today's problem additions

OBJECTIVES: SWBAT complete course post-assessment

ACTIVITIES: post-assessment

ASSIGNMENTS: Chemical reaction types lab report due TODAY, work on completing PA#15 problem additions...due tomorrow, Friday 5/19

OBJECTIVES: SWBAT document the procedures and calculations necessary for completion of the lab final exam (Monday)

ACTIVITIES: Information, handouts, and demonstration trial of lab final exam

ASSIGNMENTS: study the procedures and calculations needed for the lab final exam on Monday!

OBJECTIVES: SWBAT complete an acid-base titration as the lab final exam

ACTIVITIES: lab final exam

ASSIGNMENTS: study notes and handouts for written final exam on Wednesday

FINAL EXAM TODAY!