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Arleen O’Brien’
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Dear Future Student, I m excited to have you in my class next year! We will have a great year together and you will be excited to see how much you ve learned by the end.

1 Dear Future Student, I m excited to have you in my class next year! We will have a great year together and you will be excited to see how much you ve learned by the end. While this course is pretty rigorous, we will have some fun, too, and if you work hard you ll be ready to be successful on the IB Exam. There are a few keys to success in this course: Print off the unit outline for each unit and keep up with the deadlines Read the assigned topics according to the outline before the lesson Take notes/do examples in class as we do them together Do the homework every night. Some will be graded for correction, others for completion. You are welcome to consult the solutions manual to see how the problems are done if you get stuck, but make sure you try other problems on your own to make sure you know how to do it without the solutions manual. ASK QUESTIONS on problems you don t understand. Come in during Access and Office Hours for help when needed (don t wait until the Unit Test to ask questions!) Be in class as often as possible- the curriculum cannot be slowed down if we want to cover everything before the IB Exam. If you miss class, check my website and come in for help to make up what you missed as soon as possible so you don t get behind. Plan to spend at least an hour outside of class for every hour spent in. You should expect to spend at least 5 hours per week on homework/reading/etc. Every student (full diploma student or not) will complete the IA (Internal Assessment) and Group 4 Project. Textbook Information: You will NOT be required to buy a textbook for this course. We will have a hard copy of the Chemistry, Standard Level, for the IB Diploma 2nd Edition Student Book with etext Access Code by Catrin Brown and Mike Ford in class and you will have access to an online textbook from home. If you would prefer your own copy of the book, the ISBN for the book is I also highly recommend (but don t require) that you buy the Cambridge University Press Chemistry for the IB Diploma Exam Preparation Guide 2nd ed. Edition by Steve Owen and Chris Martin. ISBN-13: ISBN-10: This will be extremely helpful in the Spring as you prepare for your IB Exam. I m attaching the summer assignment that you will need to complete by Monday, August 13th (the first Monday back from school). This assignment should take you approximately 1-2 hours, but I recommend chunking the assignment to do a few questions a week (rather than waiting to do it all the day before school starts!) The Summer Final will take place the first week of school. I look forward to working with you and seeing you succeed! Have a great summer! Mrs. Emily Nyman ennyman@dcsdk12.org

2 2018 Summer Final Study Guide You will take the Summer Final during the first few days of school. Make sure you use this study guide as a tool to ensure you re ready. This study guide is due Monday, August 13th. All questions are review from your previous Chemistry course. You may find your old Chemistry notes helpful for completing each question. Khan Academy may also be a useful resource for tutorials, practice problems, and videos. 1. Convert full notation numbers to scientific notation. Be sure to round to the correct sig fig. a. : g e. : 23,985.02mL b. : L c. : m d. : 1720K f. : 20,000g g. : 501cm h. : kg 2. Complete the calculation and round your answer to the correct number of significant figures. a mL ml + 7 ml ml = b. 120 g g = c. 34.2g / 7.1L = d. [(87.2g - 65g) / 87.2 g ] x 100: 3. Balance the following equations and classify them (What type of rxn is it? Synthesis? Decomposition? Double or single replacement? Redox? Acid/Base? Think about the identifying characteristics of each type of reaction and classify them in as many ways as possible. Type of Reaction a. Cu + S 8 CuS b. C 8 H 20 + O 2 CO 2 + H 2 O c. HBr + KHCO 3 H 2 O + KBr + CO 2 d. SrF 2 + Li 3 PO 4 Sr 3 (PO 4 ) 2 + LiF e. Pb(NO 3 ) 2 + Na NaNO 3 + Pb f. MgCO 3 heat MgO + CO 2 4. Use the equation from problem #3b above to answer the following stoichiometry questions. Express each answer to the correct number of sig figs and SHOW ALL WORK. a. If I do this reaction with 32.5 grams of oxygen, how many grams of carbon dioxide will be formed?

3 b. How many ml of CO 2? (Hint: Convert gramsmoles volume in L volume in ml) c. If 25.0 grams of carbon dioxide are actually formed from the reaction in problem #4a, what is the percent yield of this reaction? 5. Using the equation from question #3f above, how many g of MgO can be produced from 7.6g of MgCO 3? 6. How many moles are in 18.7 grams of pure Titanium? 7. How many atoms are in 83.2mL of Krypton? 8. If 56.0 grams of MgCl 2 is dissolved in distilled water and diluted to a final volume of 500 ml, what is the resulting molarity? 9. What are the expected charges on these ions? Ion name Ion Name Cl SO 4 O CO 3 Ca NH 4 Li H 3 O 10. Write the 7 diatomic elements and a mnemonic device to remember them by.

4 11. Write and balance the chemical equation for the combustion of methane (CH 4 ) in oxygen gas. a. If 18.1g of methane are reacted completely, how many grams of oxygen gas were needed to complete the reaction? 12. Name the following compounds without using a polyatomic ion list a. MgI 2 b. K 2 SO 4 c. N 2 O 4 d. Fe(NO 3 ) 3 e. PbF Write formulas for the following compounds without using a polyatomic ion list a. Manganese (IV) oxide b. Lithium nitride c. Barium carbonate d. Titanium (IV) sulfide 14. A compound is found to contain 64.9% Carbon, 13.5% Hydrogen, and 21.6% Oxygen. Determine the empirical formula for the compound. a. If the compound is known to have a molar mass of g/mol, what is its molecular formula?

5 15. What is the % composition by mass of Fe in FePO 4? 16. Name the following compounds: a. HCl b. HNO 3 c. H 2 SO 4 d. HBr e. HClO 2 f. HF 17. Write formulas for these compounds: a. Sulfurous acid b. Nitric Acid c. Perchloric acid d. Carbonic Acid e. Hydroiodic acid f. Phosphoric Acid 18. List the 7 strong acids names and formulas: 19. If 26.2 ml of 0.30 M NaOH is needed to neutralize 14.1 ml of an unknown diprotic acid, what is the concentration of the unknown acid?

6 grams of Na (s) react with 32.1 ml of Cl 2 (g) a. What is the theoretical yield of NaCl (s)? Hint: Start with a balanced equation and think about limiting/excess reagent. b. If 0.12g of NaCl is actually synthesized, what is the percent yield and percent error for the reaction? 21. Predict the products and balance the following chemical reactions. Hint: These reactions have predictable products. a. CaCO 3(s) b. NaCl (aq) + Al 2 (SO 4 ) 3(aq) c. CO 2 (g) + H 2 O (l) d. K (s) + CuCl 2 (aq) e. Ag 2 O (s) f. H 2(g) + O 2(g) 22. Write the oxidation states for each element in this equation: Ca (s) + Br 2 (l) CaBr 2 (s) a. Write the half-reactions for oxidation and reduction b. Which substance is oxidized? Which substance is reduced? c. What is the oxidation state of Chlorine in NaClO 3 :

7 d. What is the oxidation state of Sulfur in Na 2 SO 4 :

Summer Assignment for AP Chemistry: I hope you are all ready for a fun, yet challenging year. You have a good foundation in basic chemistry from Chem

Summer Assignment for AP Chemistry: I hope you are all ready for a fun, yet challenging year. You have a good foundation in basic chemistry from Chem 1, but AP Chem will be a little different. Rather than