AP Chemistry Final Exam Review Questions. Copper has two natural isotopes: copper-63 (62.9296u) is 69.17% of copper. What is the other isotope? A) copper-64.

Slides:



Advertisements
Similar presentations
Enthalpy of Neutralisation
Advertisements

Chapter 11 “Stoichiometry”
Chapter 12 “Stoichiometry”
Chapter 12 “Stoichiometry” Chemistry Tutorial Stoichiometry Mr. Mole.
Stoichiometry Chapter 12.
HONORS CHEMISTRY Feb 27, Brain Teaser Cu + 2 AgNO 3  2 Ag + Cu(NO 3 ) 2 – How many moles of silver are produced when 25 grams of silver nitrate.
Limiting Reagent What happens in a chemical reaction, if there is an insufficient amount of one reactant?
Second Exam: Friday February 15 Chapters 3 and 4. Please note that there is a class at 1 pm so you will need to finish by 12:55 pm. Electronic Homework.
Stoichiometry.
Limiting reagent, Excess reactant, Theoretical or Percent yield
Chapter 12 Stoichiometry
Chapter 9 Stoichiometry
Stoichiometry – “Fun With Ratios”
Chapter 8 Stoichiometry.
Limiting Reagent and Theoretical Yield 1
Chemical Quantities – Ch. 9.
GSCI 163 Lecture 7. Review Elements combine in chemical reactions to produce new substances with different chemical properties. Balancing chemical equations.
Determining the enthalpy of a reaction. Determine the enthalpy of this reaction: Mg(OH) 2 (s) + H 2 SO 4 (aq) → MgSO 4 (aq) + 2H 2 O(l) Method Measure.
Chemical Stoichiometry Reacting Quantities and Material Balance Edward A. Mottel Department of Chemistry Rose-Hulman Institute of Technology.
Chemical Stoichiometry Reacting Quantities and Material Balance Edward A. Mottel Department of Chemistry Rose-Hulman Institute of Technology.
Chapter 11 (Practice Test)
© 2014 Pearson Education, Inc. Basic Chemistry, 4/e Chapter 9: Chemical Quantities in Reactions Karen Timberlake.
Enthalpy of Neutralisation
Enthalpy Calculations
Stoichiopardy Holy Moley Do the 2 or 3 step Random Limit my Percent Q $100 Q $200 Q $300 Q $400 Q $500 Q $100 Q $200 Q $300 Q $400 Q $500 Final Chempardy.
Chapter 12 “Stoichiometry” Chemistry Chemistry Pioneer High School Mr. David Norton.
Conversion Factors Molar mass Molar mass atomic mass in g = 1 mole atomic mass in g = 1 mole Volume of gas at STP Volume of gas at STP 1 mole gas = 22.4L.
Honors Chapter 12 Stoichiometry u Greek for “measuring elements” u The calculations of quantities in chemical reactions based on a balanced equation.
Chapter 12 Cookies? u When baking cookies, a recipe is usually used, telling the exact amount of each ingredient If you need more, you can double or.
  Chemical Reactions Misc. Gases and Energy Moles Solutions FJ Chemistry.
Stoichiometry – “Fun With Ratios” Main Idea: The coefficients from the balanced equation tell the ratios between reactants and products. This ratio applies.
Using Chemical Equations Aim CE6 – How does a chemical equation allow you to determine how much you can make?
Unit 8 - Stoichiometry. 2CuCl + H 2 S → Cu 2 S +2HCl The coefficients in the equation can either mean particles or moles.
Mole, gas volume and reactions, Chemical energy and Enthalpy,
Stoichiometry.
Quantities in Chemical Reactions. the amount of every substance used and made in a chemical reaction is related to the amounts of all the other substances.
Balancing Chemical Equations
Stoichiometry u Greek for “measuring elements” u The calculations of quantities in chemical reactions based on a balanced equation. u We can interpret.
Determining the enthalpy of a reaction mL of mol L –1 AgNO 3 solution is mixed with 25.0 mL of mol L –1 NaCl solution in a styrofoam.
Chapter 6 Chemical Reactions Chemical Reactions. Chemical Reactions In a chemical reaction, one or more reactants is converted to one or more products.
Physical Properties of Matter Physical Properties of Matter Intensive Properties: Do not change regardless of quantity. Examples: Density, color, chemical.
Stoichiometry It’s Finally Here!. What in the world is Stoichiometry? Stoichiometry is how we figure out how the amounts of substances we need for a.
Limiting Reactants and Excess What is the Limiting Reagent (Reactant)? It is the substance in a chemical reaction that runs out first. The limiting reactant.
Chapter 12 “Stoichiometry” Pre-AP Chemistry Charles Page High School Stephen L. Cotton Mr. Mole.
Quiz 1.In an experiment g of Mg was burnt to heat up 125 g of water, the Initial temperature for water is 25.0 o C, the final temperature is 72.3.
Calculations in Chemistry- part 2. Molar volume What is the mass of: 600cm^3 of Ammonia gas NH 3 at RTP? 0.43g 1000mL of Methane CH 4 gas at RTP? 0.67g.
TOPIC 17: INTRO TO STOICHIOMETRY EQ: EQ: How does a balanced chemical equation help you predict the number of moles and masses of reactants and products?
Chemistry Chapter 9 - Stoichiometry South Lake High School Ms. Sanders.
Chapter 3 Review.
Chapter 9 Rev Chemical Change Changes the chemical composition of a compound Burns Odors Color Change Release or Absorbs Energy.
Mole Measures Problems Random Vocab. $100 $200 $300 $400 $500 $400 $500.
Let’s talk… mole to mole
Stoichiometry Introduction.
Chemistry Spring Midterm Review
Quantity Relationships in Chemical Reactions
“Stoichiometry” Mr. Mole.
Knowledge Organiser – Quantitative Chemistry
Quantitative chemistry
Chapter 9 “Stoichiometry”
Chapter 12 “Stoichiometry”
HIGHER GRADE CHEMISTRY CALCULATIONS
Chapter 11 “Stoichiometry”
Quantities In Chemical Reactions
Chapter 12.
Chapter 10.
Chapter 12 “Stoichiometry”
Chapter 10.
Enthalpy 18/04/2019.
Chapter 9 “Stoichiometry”
Presentation transcript:

AP Chemistry Final Exam Review Questions

Copper has two natural isotopes: copper-63 ( u) is 69.17% of copper. What is the other isotope? A) copper-64 B) copper-65 C) copper-66 D) copper-67 Answer: B

Copper has two natural isotopes: copper-63 ( u) is 69.17% of copper. What is the other isotope? A) copper-64 B) copper-65 C) copper-66 D) copper-67

Copper has two natural isotopes: copper-63 ( u) is 69.17% of copper. What is the other isotope? A) copper-64 B) copper-65 C) copper-66 D) copper-67

For the reaction 2A + 5B → D + 3E If 1.0 mole of each reactant is mixed, what is the limiting reagent? A) A B) B C) D D) D Answer: B

For the reaction 2A + 5B → D + 3E If 5.0 moles of B completely reacts and there is a 70% yield, how much E is actually produced? A) 3.0 mole B) 5.0 mole C) 2.1 mole D) 3.5 mole Answer: C

For the reaction 2A + 5B → D + 3E If 5.0 moles of B completely reacts and there is a 70% yield, how much E is actually produced? A) 3.0 mole B) 5.0 mole C) 2.1 mole D) 3.5 mole

For the reaction 2A + 5B → D + 3E If 3.0 mole A is mixed with 4.0 mole B what is the maximum amount of E that can be produced? A) 2.0 mole B) 2.4 mole C) 3.0 mole D) 7.0 mole Answer: B

For the reaction 2A + 5B → D + 3E If 3.0 mole A is mixed with 4.0 mole B what is the maximum amount of E that can be produced? A) 2.0 mole B) 2.4 mole C) 3.0 mole D) 7.0 mole

Which of the following contains the most number of moles of ions? A) 1L of 0.1M NaOH B) 1L of 0.1M Na 2 SO 4 C) 2L of 0.1M KCl D) 2L of 0.1M K 2 SO 3 Answer: D

Which of the following contains the most number of moles of ions? A) 1L of 0.1M NaOH B) 1L of 0.1M Na 2 SO 4 C) 2L of 0.1M KCl D) 2L of 0.1M K 2 SO 3

What is the oxidizing agent in the reaction of permanganate with hydrogen peroxide? A) permanganate B) hydrogen peroxide C) manganese(II) D) oxygen Answer: A

What is the oxidizing agent in the reaction of permanganate with hydrogen peroxide? A) permanganate B) hydrogen peroxide C) manganese(II) D) oxygen

What mass of copper(II) sulfate pentahydrate (249.6 g/mol) is needed to make 300.mL of a 0.20M solution? A) 0.60 g B) g C) 15 g D) 50. g Answer: C

If 50.g of water at 10°C is added to 25g of water at 60°C. What is the final temperature? A) 20°C B) 23°C C) 25°C D) 27°C Answer: D

If 50.g of water at 10°C is added to 25g of water at 60°C. What is the final temperature? A) 20°C B) 23°C C) 25°C D) 27°C

Use the following to find the enthalpy of formation for B 2 H 6. A) kJ B) 995 kJ C) -995 kJ D) kJ Answer: D

Use the following to find the enthalpy of formation for B 2 H 6. A) kJ B) 995 kJ C) -995 kJ D) kJ Answer: D

Which of the following electron transitions would release the least energy from a hydrogen atom? A) n=4 to n=3 B) n=3 to n=2 C) n=2 to n=1 D) n=2 to n=3 Answer: A

Which of the following electron transitions would release the least energy from a hydrogen atom? A) n=4 to n=3 B) n=3 to n=2 C) n=2 to n=1 D) n=2 to n=3

What are possible quantum numbers (n, l, m l ) for a 4f orbital? A) 4, 1, 0 B) 4, 2, 1 C) 4, 3, 0 D) 4, 3, 4 Answer: C