1. Chemistry & Integrated Science Monday Feb. 9, 2015

2. Mon 2/9 1 st period Essential Question: List the 7 diatomic gases. Draw the Lewis structure for oxygen and nitrogen gas. 1.Notes: Ch 8 2.HW: Draw the Lewis structure for the 7 diatomic gases

3. Tues 2/10 1 st per Essential Question: Draw the electron dot model for CCl 4. How many covalent bonds form? How many lone pairs? 1.HW due: Draw the Lewis structure for the 7 diatomic gases 2.Notes: Ch 8 3. HW: Question #8 pg. 229 & #9-10 pg. 233

4. Wed 2/11 1 st per No 1 st period class today

5. Thurs 2/12 1 st period Activity period 7:45 – 8:15 Essential Question: How is the strength of a covalent bond related to its bond dissociation energy? 1.Due: HW: Question #8 pg. 229 & #9-10 pg. 233 2.Notes: BDE & Molecular orbitals 3.HW: Begin working on - Workbook Ch 8 pgs. 96-108 (due on the day of Ch 8 test)

6. Fri 2/13 1 st period Essential Question: Determine the type of bond that occurs between N and O. 1.Notes: BDE & Molecular orbitals 2.HW: Continue working on - Workbook Ch 8 pgs. 96-108 (due on the day of Ch 8 test)

7. Mon 2/9 3 rd period Essential Question:When the following equation is balanced, the coefficient in front of Ba is: Ba(s) + HCl(aq)  BaCl 2 (aq) + H 2 (g) a. 6b. 1 c. 3d. 2 1.Go over HW due 2.Quiz 3.Video: Buckyballs

8. Mon 2/9 5 th period Essential Question: none today 1. Due: WS Ch 7 Review 1.Test Ch 7 2.Video: Race to Catch a Buckyball

9. Mon 2/9 7 th period Essential Question: What is an allotrope? List 3 allotropes of carbon. 1.Due: WS Balancing Equations from Thurs 2.Video: Race to Catch a Buckyball 3.WS Buckyballs reading questions

10. Tues 2/10 2 nd & 6 th period Essential Question: List the 7 diatomic gases. Draw the Lewis structure for oxygen and nitrogen gas. 1.Notes: Ch 8 2.CW: Draw the Lewis structure for the 7 diatomic gases 3.HW: Question #8 pg. 229 & #9-10 pg. 233

11. Thurs 2/12 2 nd & 6 th period Essential Question: How is the strength of a covalent bond related to its bond dissociation energy? 1.Due: HW: Question #8 pg. 229 & #9-10 pg. 233 2.Notes: BDE & Molecular orbitals 3.CW: Bond type determination using electronegativity 4.HW: Begin working on - Workbook Ch 8 pgs. 96-108 (due on the day of Ch 8 test)

12. Wed 2/11 3 rd period Essential Question: List 5 types of reactions. 1.Notes: Reaction types 2.CW: Classify between synthesis and decomposition reactions (in notes) 2. HW: WS Practice reaction types – from the list of reactions, classify which ones are synthesis or decomposition

13. Wed 2/11 5 th period Essential Question: List the 7 diatomic gases. Draw the Lewis structure for oxygen and nitrogen gas. 1.Notes: Ch 8 2.CW: Draw the Lewis structure for the 7 diatomic gases 3.HW: Question #8 pg. 229 & #9-10 pg. 233

14. Wed 2/11 7 th period Essential Question: List 5 types of reactions. 1.Due: WS Buckyballs reading questions 2.Notes: Reaction types 3.CW: practice classifying (in notes) 4. HW: WS Practice reaction types

15. Fri 2/13 3 rd & 7 th period Essential Question: Determine type of reaction and balance: P 2 O 5 + H 2 O ---  H 3 PO 4 1.Due HW: WS Practice reaction types – from the list of reactions, classify which ones are synthesis or decomposition 2.Notes: Reaction types continued 3.CW: Questions pg. 403

16. Types of reactions video clip: https://www.youtube.com/watch?v=Nrs1xHq _Zo0 https://www.youtube.com/watch?v=Nrs1xHq _Zo0 https://www.youtube.com/watch?v=dxlWtsFi nTM https://www.youtube.com/watch?v=dxlWtsFi nTM

17. Fri 2/13 5 th period Essential Question: How is the strength of a covalent bond related to its bond dissociation energy? 1.Due: HW: Question #8 pg. 229 & #9-10 pg. 233 2.Notes: BDE & Molecular orbitals 3.CW: Bond type determination using electronegativity 4.HW: Begin working on - Workbook Ch 8 pgs. 96-108 (due on the day of Ch 8 test)