2/5: Nomenclature with polyatomic ions - Watch Video : Take notes then complete the Name Ionic Compounds with
Polyatomic Ions packet side by side with your partner, then get a stamp and check my KEY/ Nomenclature practice with Polyatomic Ions #2:
HW: 1. Read & take notes: Radioactive Decay textbook pgs. 668-674: Alpha, Beta and positron Particles in Decay equations
2. Complete Practice Problems: 19.1 pg 673
2/6: St & Review HW/ Meaning of division activity (Mass per unit volume of a wood block)/How to make ratios from purposes handout & Review/Pre-write lab: MLA, Title, Introduction, Data Table[Purpose - Find the mass per unit volume of one wood block.] Lab Rubric
HW: 1. Nomenclature with polyatomic ions [Complete 5 of each type please]
2. Finish your wood block prewrite: MLA, Title, Introduction, Data Table[Purpose - Find the mass per unit volume of one wood block.]
2/10: St & Review HW/Stamp Lab Prewrite: Collect measurements for Wood Block Lab - get initials and complete Sample Calcs,
Review with Lab Rubric & turn in/Pass back Unit 1 tests and discuss corrections
HW: 1. More Radioactive decay equations - pg 694: 13 & 15
2. Study polyatomic ions (spelling & formula)
2/11: Collect HW/Radioactivity - What makes an element radioactive? What is an isotope? /Radioactive Decay Equations /
Shred wood block labs -This one was practice/Finish: Nomenclature with polyatomic ions
HW: 1. Complete the: MLA, Title, Introduction section & make a Data table for cylinder lab:
Purpose- Find the mass per unit volume of one cylinder.
2/12: [SUB] Polyatomic Ion Quiz #1//Review Introduction HW for Cylinder lab[Purpose- Find the mass per unit volume of one cylinder.]
Finish pre-write, use lab rubric as a guide/Get a stamp when prewrite is complete, Collect data then get initialed, finish sample calculations. Then staple the cylinder lab on top of the wood block lab and turn in.
HW: 1. More Radioactive Decay: pg 697: 1, 2, 6, 7, 8
2. Study polyatomic Ions
2/13: [SUB] St & Rev HW/DA introduction, including the metric prefixes with practice problems
HW: 1. Isn't DA Fun? # 1, 2, 3, 4, 5
2/17: Finish: Nomenclature with polyatomic ions/Complete Radioactive Decay half-sheet/St & Review HW/More DA with Squared and cubed units
HW: 1. Isn't DA Fun? 6, 7, 8, 9
2/18: Review HW/Ratio DA/Return and Discuss cylinder ratio lab - & Redo policy/Homogeneous vs heterogeneous mixtures/
HW: 1. Finish problems pg 694-695:4, 7, 8, 9, 12, 14 (Radioactive decay)
Optional: History of Radioactivity Reading
2/19:Collect HW/Discuss Iron and sand mixture lab, what will we do and what do we need to use?/
MLA heading, Title, Introduction, Data; then Get Pre-write Stamped /Get measurements for Sand & Iron Lab, get initials and start SC - Turn in
HW: 1. Make Ratios and use them practice HW - Complete 1a, 2a, 3a
2/20: Polyatomic Ion Quiz #2/ Rev. HW & Discuss the "Use the ratio part"/Prewrite the salt solution lab [MLA, Introduction]
HW: 1. Salt Solution Lab Pre-write - MLA, Title & Introduction
2/23: Collect HW -DA Sheet/What would a procedure look like for the Salt Lab/How to safely use a hot plate or Bunsen Burner
- issues you might encounter - Data collection for salt solution lab , get initials, finish lab and turn in
HW: 1. Ratio DA HW
2. Study for DA & Radioactive Decay Quiz
3. Watch Beandle Video & follow along with the Beandle Activity Sheet & What is a Mole? Hand out
2/24: DA & Radioactive Decay Quiz/Data collection for salt solution lab , get initials, finish lab and turn in/Check DA HW KEY on board
HW: 1. Lab Prewrite: Cylinder Ratio & DA Lab
Purpose - Find the mass per unit volume of one cylinder. Then use your ratio as a conversion factor to solve for the volume of a
giant cylinder with a mass of 4.56 lbs.
[MLA heading, title, Introduction with purpose and Background Info with 3 bullets, also make a data table.
2/25: Review Ratio DA HW/Finish Salt Solution Lab/Collect data for Cylinder DA Lab, complete Sample Calcs & turn in/Polyatomic Ion Quiz #3
HW: 1. Organize Binder and Update Score Sheet
2. Finish any Lab Redo's/Finish Unit 1 Test Corrections
3. Ionic Nomenclature Practie: Textbook pg 119- 120: #27 & #33
Hey go in before school tomorrow and get your corrections signed off!!!!!
2/26: St & Review HW/Molar Mass Lecture with practice & use of Avogadro's Number/Fun Lab Practical/Begin work on Unit 2 Practice Test (Complete 1-4a in class)
HW: 1. Finish Unit 2 Practice Test
2. Is your Chemistry Score Sheet updated?
3. Are all your corrections signed off?
2/27: St & Review Molar Mass & Avo. # HW/Review in Groups of 4 Unit 2 Practice Test /Finish Lab Practical/Score Sheet must have all Unit 2 quizzes corrected & signed off!!
HW: Finish Unit 2 Practice Test!!!
3/2: Stamp & Review Unit 2 Practice Test
HW: 1. Review Study Guide & Organize Binder
2. Make sure to come to school dressed for a lab tomorrow!!!
Extra Time for Tomorrow's test: 1st block may begin at 7:50 am & 2nd block sign up for Block 3 Intervention
3/3: Collect Binders/Collect Score Sheet/Unit 2 Written test (with a lab)
HW: 1. Midterm Practice Problems - Complete 3 problems
3/4: More Ionic Nomenclature Practice /Groups of 4 work on Midterm Practice Problems/Midterm Practice Lab
HW: Midterm Practice Problems -Complete 3 to 4 more problems
3/5: Finish Midterm Practice Problems - New groups again today/Midterm Lab Practice problems /
Pass back Unit 2 tests -Fill in Unit 2 test information on your Chemistry Score Sheet - start corrections if you have Midterm Practice Problems Stamped!!!-
All Belows must be corrected and turned in Monday 3/9 at the beginning of class with your score sheet
HW: 1. Review all material and old exams & finish Midterm Practice Problems
2. Fill in Chemistry Score Sheet items
3/6: Stamp Score Sheet :Midterm Practice problems -Review in groups of four - Check KEY/
HW: 1. Study all Demo's and Labs, and CER Form
2. Finish Unit 2 Below Test Corrections
3/9: All Redo's must be completed!!!- Turn them in NOW!/Turn in Unit 2 Below Test Corrections & Score Sheet/Lab & Demo Midterm Exam
HW: Study Unit 1 & Unit 2 tests & Practice Tests
3/10: Written Midterm Exam
HW: 1. Graph Handout with example graph - Read and annotate this packet
2. Molarity is a unit of concentration of a solution, we can use it as a conversion factor