Drill: Calculate the volume of O2 at STP required to burn 6

Slides:



Advertisements
Similar presentations
TIER 6 Combine the knowledge of gases and solutions to perform stoichiometric calculations.
Advertisements

Stoichiometry Chapter 9 Stoichiometry  Greek for “measuring elements”  The calculations of quantities in chemical reactions based on a balanced equation.
Drill: How many atoms are in 2.5 kg C 2 H 4 O 2 ?.
Chapter 6 Chemical Quantities How you measure how much? You can measure mass, or volume, or you can count pieces. We measure mass in grams. We measure.
Drill: 5.3 kg of sodium carbonate is heated strongly. Determine products Balance reaction Calculate the volume of gas produced when calculated at STP.
Mullis1 Gay Lussac’s law of combining volumes of gases When gases combine, they combine in simple whole number ratios. These simple numbers are the coefficients.
AP Drill: 5.3 kg of sodium carbonate is heated strongly. Determine products Balance reaction Calculate the volume of gas produced when calculated at STP.
Gas Stoichiometry. Molar Volume of Gases The volume occupied by one mole of a gas at STP (standard temperature and pressure) –Equal to 22.4 L / mol –Can.
Drill: Calculate the % composition of each element in Fe 2 (SO 4 ) 3.
Review. Stoichiometry u Greek for “measuring elements” u The calculations of quantities in chemical reactions based on a balanced equation. u We can interpret.
Drill: Calculate the % composition of each element in H 4 N 2 O 3.
Drill: Calculate the volume of O 2 at STP required to burn 6.00 g of C 2 H 6 :
Drill: How many atoms are in 3.2 kg Fe 2 O 3 ?. Stoichiometry The quantitative study of chemical reactions.
Drill: CaCl 2 + F 2  CaCl 2 + Na  CaCl 2 + KNO 3  CaCl 2 + K 2 SO 4 
2Mg (s) + O 2 → 2MgO INTERPRETING A CHEMICAL EQUATION Quantitative Interpretation of Chemical Reactions Stoichiometry is one of the most important topic.
Chapter 14-3 I. Avogadro’s Principle A. Equal volumes of gases at same T and P contain equal #’s of molecules B. H 2 + Cl 2 → 2HCl 1 vol. 1 vol. 2 vol.
Stoichiometry The quantitative study of chemical reactions.
Ideal Gas Law.
Drill: Calculate the % composition of each element in MgN 2 O 3.
Stoichiometry The quantitative study of chemical reactions.
Molar Conversions. Moles The standard unit of measure for the amount of a substance in numbers.
Calculate the volume of O 2 at STP required to burn 6.00 g of C 2 H 6 :
Thursday Welcome, Practice Tests, Labs Round 2 tests Temperature & Pressure Conversions Combined Gas Law –M STP Molar Volume Ideal Gas Law.
Stoichiometry Review 1.Write the equation for a reaction between Ca(OH) 2 and NaCl Unbalanced: Ca(OH) 2 + NaCl  CaCl 2 + NaOH Balanced: 1 Ca(OH)
4.3 The Mole and Volume.
CHEMISTRY SOL 4 REVIEW.
Drill – 3/24/11 How much does a mole of boron weigh?
Chapter 14 – Gas Laws.
Creating a Positive Learning Environment for Everyone
Molar Mass and Molar Volume
Drill: How many atoms are in 3.2 kg Fe2O3?.
CHAPTER 14 Gases 14.3 Stoichiometry and Gases.
12/10/99 Gas Stoichiometry.
Ch. 10 Chemical Quantities
Gas Stoichiometry.
Gas Laws.
Guy-Lussac’s Law P1 / T1 = P2 / T2
HMWK: Work on HP due this Friday!!!
Quantitative chemistry
Ideal Gas Law PV=nRT.
Unit 7: Stoichiometry Mrs. Callender
Gas Volumes and the Ideal Gas Law
12/10/99 Gas Stoichiometry.
Chm II Drill: Calculate the mass of (NH4)2SO4 in mg produced when 1
Guy-Lussac’s Law P1 / T1 = P2 / T2 Avogadro’s Law V1 / n1 = V2 / n2
Chapter 19 Avogadro’s Principle.
Chapter 19 Avogadro’s Principle.
WHITE BOARD REVIEW HONORS CHEMISTRY.
Chapter 11 Gases Part II.
Stoichiometry Lesson # 1.
Drill: 5.3 kg of sodium carbonate is heated strongly.
Gas Law Stoichiometry.
Stoichiometry and the combustion of fuels 2
Moles and Gas Volume (3.4) Avogadro’s Hypothesis: equal volumes of different gases at the same temperature and pressure contain the same number of particles.
Stoichiometry Greek for “measuring elements”
Gas Stoichiometry Moles  Liters of a Gas: Non-STP
I know you are SO happy you get to do stoichiometry again!
Molar Volume.
Chapter 6 Chemical Quantities.
Ch. 14 Gases.
Gases.
Stoichiometry of Gases
10.2 Molar Relationships.
Pre-AP Chemistry, Mr. Guerrero
Chapter 11 Gases Part II.
Review: Octane, C8H18 (l), has a density of g/mL at 20oC. A 255 mL sample of C8H18 (l) measured at 20oC reacts completely with 700 g of excess oxygen.
Drill: Calculate the volume of O2 at STP required to burn 6
Aim # 11: What do the coefficients of a chemical equation represent?
Drill: Calculate the % composition of each element in H4N2O3
Presentation transcript:

Drill: Calculate the volume of O2 at STP required to burn 6 Drill: Calculate the volume of O2 at STP required to burn 6.00 g of C2H6:

Review & Collect Drill & HW

CHM II HW Review PP 12 Complete attached assignment Lab tomorrow

Are there any questions on previous material?

Test on Stoichiometry & Gas Laws Mid next week

Stoichiometry with Gas Laws

Use the same rules for stoichiometry, but use PV = nRT for molar conversions of gases (Steps 2 & 4)

Calculate the volume of carbon dioxide gas produced at 27oC under 83 Calculate the volume of carbon dioxide gas produced at 27oC under 83.1 kPa pressure when 35 g of C5H10 is burned in excess oxygen:

Calculate the mass of O2 formed when 250 mL H2O at 127oC under 83 Calculate the mass of O2 formed when 250 mL H2O at 127oC under 83.1 kPa pressure is decomposed producing H2 & O2:

A mixture of 1. 14 g of C8H18 in excess O2 is compressed to 5 A mixture of 1.14 g of C8H18 in excess O2 is compressed to 5.00 mL in a piston at 27oC under 750 kPa. Calculate the volume of released gases at 227oC under 100.0 kPa.

A mixture of 10. 0 % C8H18 in O2 is compressed to 5 A mixture of 10.0 % C8H18 in O2 is compressed to 5.00 mL in a piston at 27oC under 750 kPa. Calculate the volume of released gases at 227oC under 100.0 kPa.

Drill: Calculate the volume of HI(g) collected at 227oC under 250 kPa pressure when 4.12 kg PI3 reacts with xs water forming HI & H3PO3.

Review & Collect Drill & HW

CHM II HW Review PP 10, 11, & 12 Complete the attached worksheet & turn it in on Wednesday.

Lab on Tuesday Review on Wednesday Test on Thursday

The last lab is due on Wednesday The last lab is due on Wednesday. Get a data sheet if you missed the lab

Determine the volume of NH3 formed at 27oC under 831 kPa when excess N2 reacts with 4.0 kg of H2:

Determine the volume of O2 released at 227oC under 83. 1 kPa when 32 Determine the volume of O2 released at 227oC under 83.1 kPa when 32.0 kg of Fe2O3 is purified making Fe & O2

A mixture of 10. 0 % C8H18 in O2 is compressed to 5 A mixture of 10.0 % C8H18 in O2 is compressed to 5.00 mL in a piston at 27oC under 750 kPa. Calculate the volume of released gases at 227oC under 100.0 kPa.

23. 4 g Al2(CO3)3 was added to excess HCl generating AlCl3 + CO2 + H2O 23.4 g Al2(CO3)3 was added to excess HCl generating AlCl3 + CO2 + H2O. Calculate the volume of gas collected at 27oC under 450 kPa.

Drill: Calculate the mass of Mg used to generate 83 Drill: Calculate the mass of Mg used to generate 83.1 mL H2 collected at 27oC under 150 kPa when xs HCl is added to the Mg:

Review Drill & HW

Turn in Lab 4

Test Thursday

The following problems will be a review for the test

Calculate the mass of CO2 occupying 831 mL 167oC under 400.0 kPa pressure:

Calculate the ratio of the velocities of Si & I2:

Gas in a piston occupies 202. 6 mL at 273oC under 250 kPa pressure Gas in a piston occupies 202.6 mL at 273oC under 250 kPa pressure. Calculate its volume at STP:

Calculate the mass of Iodine liberated when 831 mL F2 at 27oC under 450 kPa is bubbled through a solution of XS KI :

Calculate the pressure of 16 g of Helium occupying 831mL at 127oC.

Calculate the density of Iodine gas at 227oC under 250 kPa:

Calculate the velocity of He atoms when sulfur dioxide molecules travel at 150 m/s at the same temperature:

60 g NaOH was added to excess HCl generating NaCl + H2O 60 g NaOH was added to excess HCl generating NaCl + H2O. Calculate the volume of gas collected at 127oC under 450 kPa.