Spring Semester Agendas

Chemistry Agenda: 2/7 notes: Mass – mass conversion using stoichiometry (Ch 9.2) CW/HW p. 291 PP 9.5 (in yellow box) p. 293 PP 9.6 p. 295 #1, 2, 4 - 6

Chemistry Agenda: 2/3 Review Jewelry Stoichiometry S’mores stoichiometry HW: Complete s’mores ws if not done S’mores lab tomorrow – don’t forget supplies if you haven’t already brought them. Keep reading

Chemistry Agenda: 2/2 Turn in journal stoichiometry note-taking HW: bring in s’mores supplies – lab Friday GA Standards: SC2 Students will relate how the Law of Conservation of Matter is used to determine chemical composition in compounds and chemical reactions. d. Identify and solve different types of stoichiometry problems, specifically relating mass to moles and mass to mass. e. Demonstrate the conceptual principle of limiting reactants. Textbook reference: Ch 9

Chemistry Agenda: 2/1 Turn in Packet 1. Molar Practice mass/mole conversions 3. Side 1 Mole-particle conversions/Particle Break-down chart 4. Stamped molar mass of 5 particles from chart 5. “Notes and Practice” sheet Rvw quiz Test

Chemistry Agenda: M 1/31 Turn in 25 mass/mole conversions from Friday. Mass/mole conversions test review. Test tomorrow: metric conversions from notes sht. particles  moles conversions molar mass & formula mass(g/mol), mass  mole conversions CW: review ws. (answers to be posted on blog) QUIZ HW: PUT PACKET TOGETHER (next slide) Read and journal 1 st 3 chapters of book – due Wednesday

Packet due tomorrow: 1. Molar Practice mass/mole conversions 3. Side 1 Mole-particle conversions/Particle Break-down chart 4. Stamped molar mass of 5 particles from chart 5. “Notes and Practice” sheet

Chemistry Agenda: F 1/28 Return books Stamp mass/mole conversion HW Complete remainder in groups and turn in CW/HW: Molar practice ws End of class quiz HW: bring in S’more supplies!

Chemistry Agenda: T 1/27 Turn in book Stamp Particle Break-down HW Rvw HW Mass/mole conversions HW: Mass/mole conversions (see 2 slides down)

1/27 HW check Sit with your number group. Discuss and agree on your 5 answers Write answers on white board and turn in Work out remainder (the other 20) on your sheet

1/27 HW USE DIMENSIONAL ANALYSIS. SHOW ALL WORK. SHOW ALL UNITS. SHOW CANCELING UNITS. USE SIG FIGS. INCLUDE UNIT AND SUBSTANCE IN ANSWER. #1-5Convert 50. g of the substance to moles. #6-10What is the mass of 2.3 x 10 2 moles of the substance? #11–15Convert 14.3 g of the substance to moles. #16-20Convert moles of the substance to cg. #21-25Convert 1.3 kg of the substance to moles.

Chemistry Agenda: W 1/26 Stamp & rvw mole – particle conversions side 1 Formula and Molar mass CW/HW: Complete Particle Break-Down chart Calculate formula mass for your assigned 5 on sep. sht. BRING BOOK TOMORROW

Chemistry Agenda: T 1/25 Dimensional Analysis Mole/Particle conversions CW/HW Complete “Notes and Practice” sheet Side 1 Mole/particles conversions sheet

Chemistry Agenda: M 1/24 Test returns New unit: conversions with chemical formulas Note taking: metric system review; Dimensional analysis Meet the mole!

New Unit Standards SC1 Students will analyze the nature of matter and its classifications. c. Predict formulas for stable ionic compounds (binary and tertiary) based on balance of charges. d. Use IUPAC nomenclature for both chemical names and formulas: Ionic compounds (Binary and tertiary) Covalent compounds (Binary and tertiary) Acidic compounds (Binary and tertiary) SC2 Students will relate how the Law of Conservation of Matter is used to determine chemical composition in compounds and chemical reactions. c. Apply concepts of the mole and Avogadro’s number to conceptualize and calculate Empirical/molecular formulas, Mass, moles and molecules relationships, Molar volumes of gases.

Chemistry Agenda: F 1/21 Turn in Packet: 1. text p # 2-8 blue, 21, blue 2. Scientific Notation ws 3. Operations with Sig. Figs (measurements on back) 4. Text p. 137 PP 5.3 a & c; p. 140 PP 5.5; p 142 # 1-7 (skip 5d)

Chemistry Agenda: Th 1/20 Open House tonight 6:30 Open House tonight 6:30 Rvw back side of sci. notatn. ws Stamp and rvw book work Test tomorrow: sig figs., measurement, calcs., rounding, sci. notatn. – conversions, sig. figs. & calcs., chemical formulas Packet due before test: (put together now) 1. text p # 2-8 blue, 21, blue 2. Scientific Notation ws 3. Operations with Sig. Figs (measurements on back) 4. Text p. 137 PP 5.3 a & c; p. 140 PP 5.5; p 142 # 1-7 (skip 5d)

Chemistry Agenda: W 1/19 Rvw side 2 of Sig Figs calc sheet. (chart on front) Stamp and rvw side 1 of Sci. Notatn. ws Scientific notation: using sig. figs. and calculating (in your head and using calculator) CW Complete scientific notation w.s. 2-8blue24-34blue HW text p # 2-8 blue, 21, blue Test Friday: sig figs., measurement, calcs., rounding, sci. notatn. – conversions, sig. figs. & calcs.

Chemistry Agenda: T 1/18 Equation writing review Equation writing Quiz Review scientific notation – conversions from/to normal numbers HW: side 1 of scientific notation ws given Friday before snow. Test Friday: sig figs., measurement, calcs., rounding, sci. notatn. – conversions, sig. figs. & calcs.

Chemistry Agenda: F 1/7 Turn in signed syllabus Stamp HW 1 st day test returns Review HW HW: review formula writing – eqns. quiz Monday

Chemistry Agenda: Th 1/6 Turn in signed syllabus Stamp and Review HW Assign Book Project CW/HW: Operations with Significant Figures ws – both sides

Chemistry Agenda: Wed 1/5 Turn in signed syllabus Uncertainty in measurement and significant figures HW from textbook: 1. P. 137 PP 5.3 a & c 2. P. 140 PP P. 142 # 1-7 (skip 5d)