Who will win the titrating challenge?. Record your Calculations into the Excel sheet up front How would you find the Molarity using the class data Determine.

Slides:



Advertisements
Similar presentations
GAses.
Advertisements

Chemical Quantities or
Gas Laws: Part 2.
Mass and gaseous volume relationships in chemical reactions
The Chemistry of Gases.
Ch Gases III. Three More Laws Ideal Gas Law, Daltons Law, & Grahams Law.
CHAPTER 12 GASES AND KINETIC-MOLECULAR THEORY
The Gas Laws.
Ideal Gas Law PV=nRT.
Gas Laws Chapter 10 CHEM140 February 2, Elements that exist as gases at 25 0 C and 1 atmosphere.
Ideal Gas Law Review Problem Set
A gas occupies 2.2L at 425 kPa. Determine its volume at standard pressure. The temperature does not change.
Science league topic 8: ideal gas law
Do NOW Please draw the Lewis Dot structure of NO3-1 and identify if it is a polar or nonpolar molecule.
The Gas Laws You can predict how pressure, volume, temperature, and number of gas particles are related to each other based on the molecular model of a.
Chapter 12: Stoichiometry
Chapter 13 LIQUIDS AND SOLIDS
Converting Pressures 760 mm Hg = 760 torr 1 atm = 760 mm Hg 1 atm = kPa 760 mm Hg = kPa Converting Pressures: Convert 740 torr to kPa 740.
Entry Task: Dec 7th Block 1
INTERMOLECULAR FORCES. Three types of force can operate between covalent (not ionic) molecules:  Dispersion Forces also known as London Forces as Weak.
Reading for Tuesday: Chapter Reading for Tuesday: Chapter Homework 11.1 – Due Tuesday 4/14/15 Homework 11.1 – Due Tuesday 4/14/15 Chapter.
Gases and Liquids.
Gases Laws Notes. Pressure Pressure- force per unit area caused by particles hitting the walls of a container Barometer- Measures atmospheric pressure.
White Board Races Ch. 11 Gas Laws Review Game. Question What is the temperature and pressure for STP?
Problems from end of chapter 11
NOTES: 14.4 – Dalton’s Law & Graham’s Law
Molecular Composition of Gases Volume-Mass Relationships of Gases.
Dudes with Gas Conversion Madness Combine This That’s Ideal Gas Props
Gas Laws REVIEW GAME. Question 1 A 4.3 liter tank of hydrogen is at a pressure of 6.2 atmospheres. What volume of hydrogen will be available if the hydrogen.
Chapter 11 Gases.
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.
Marker Board Review You should have a marker board, a marker, and a paper towel to erase! Ready??? GO!!!
 The average kinetic energy (energy of motion ) is directly proportional to absolute temperature (Kelvin temperature) of a gas  Example  Average energy.
CHEM 5013 Applied Chemical Principles Chapter Five Professor Bensley Alfred State College.
Dalton’s Law of Partial Pressures
Kinetic Theory and a Model for Gases Particles of gases are small and have insignificant volume. Particles move rapidly and randomly. All collisions are.
Gas Practice Problems 1. A sample of a gas has a volume of ml at 546 o C and a pressure of 940. mm Hg. What volume would this gas occupy at STP?
1 Partial Pressure Pressure of individual gases in a mixture.
Molar Volume. Avagadro’s Principle Equal volumes of gases contain equal numbers of molecules Volume of a gas varies directly with the number of molecules.
Chapter 14 – Liquids and Solids
Ideal Gas Law & Gas Stoichiometry
Gas Laws Practice Problems 1) Work out each problem on scratch paper. 2) Click ANSWER to check your answer. 3) Click NEXT to go on to the next problem.
Gas Laws By: Ms. Buroker. Gas Laws Gas Laws explores the relationships between: Volume, V … Liters Temperature, T … Kelvin Amount, n … moles Pressure,
Learning Log b Why are you advised to open windows slightly if a tornado approaches?
Unit 4 Chapters 10 and 11. Chapter 10: Gases The Gas Laws.
 24. The half-life of iodine-125 is 60 days. What fraction of iodine-125 nuclides would be left after 360 days?  a. ½b.1/256thc. 1/8th d. 1/64th.
By: Ashlee Katie & Jaselyn Chapter 11 Gas Laws Ideal Gas Law Combined Gas Law Movement of Gases Potpourri Final Jeopardy.
JEOPARDY REVIEW The Gas Laws.
200 I’m gassy Let’s bond Stoichiometry Energizer Bunny I have the.
CH4(g) + 2O2(g)  CO2(g) + 2H2O (g)
DALTON’S LAW OF PARTIAL PRESSURE
Ideal Gas Law & Gas Mixtures. Ideal Gas Law Ideal Gas Law: PV = nRT Where n = the number of moles R is the Ideal Gas Constant The ideal gas law can be.
Chapter 5 – Gases. In Chapter 5 we will explore the relationship between several properties of gases: Pressure: Pascals (Pa) Volume: m 3 or liters Amount:
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.
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.
A 3.00-L bulb containing neon gas at 3.85 atm is connected to an evacuated 5.00-L flask. The valve connecting the flasks is opened, and the pressure is.
Ideal Gas Law.
Gas Stoichiometry & Dalton’s Law of Partial Pressure.
Solubility: Molecular Polarity. How do molecules stay together?
The Ideal Gas Law. Ideal GasReal Gas Made of small particles that have mass Same Mostly Empty SpaceSame Low densitySame Particles are in constant motion.
Chapter 11: Gases. Section 1: Gases and Pressure.
1. 2 Partial Pressure Pressure of individual gases in a mixture.
Calculate the volume of O 2 at STP required to burn 6.00 g of C 2 H 6 :
Chapter 11 Gases. Pressure and Force ____________ (P): the force per _________ on a surface. ________ (N): the force that will increase the speed of a.
THIS IS Chapter 13 Jeopardy. THIS IS Chapter 13 Jeopardy.
Chapter 14 – Gas Laws.
The Ideal Gas Law.
CHAPTER 13 – GASES PRESSURE – Force per unit area
Gases.
Quiz A toy balloon has an internal pressure of 1.05 atm and a volume of 5.0 L. If the temperature where the balloon is released is C, what will.
Presentation transcript:

Who will win the titrating challenge?

Record your Calculations into the Excel sheet up front How would you find the Molarity using the class data Determine the molarity of NaOH using the class data How does it compare to the molarity you obtained? What error do you believe may have occurred in the lab?

1 atm=760 mm Hg and 760 torr

What type of bonds exist in CaO? Electronegativities of elements Ca 1.0 O 3.5 A Ionic B Polar Covalent C Non Polar Covalent

What type of bonds exist in CH 4 ? Electronegativities: Carbon 2.5 Hydrogen 2.1 A. Ionic B. Polar Covalent C. Non Polar Covalent

What type of bonds exist in BF 3 ? Electronegativity of B=2.0, F=4.0 A. Ionic B. Polar Covalent C. Non Polar Covalent

You have 22.3 mL of Carbon dioxide gas at 22.0º C. What volume would the gas occupy at 37.0º C? (pressure stays constant) A.23.4 mL B.21.2 mL C.23.4 L D.32.1 L

If the barometric pressure is mm Hg and the vapor pressure is 19.2 torr under the conditions in which hydrogen gas is collected (over water), what is the pressure of the hydrogen gas alone? A torr B mm Hg C mm Hg D None of the above

If a mixture of nitrogen and oxygen gas contains 1.20 atm of nitrogen and 256 mm Hg of oxygen, what is the total pressure, in atmospheres, of this mixture? A mm Hg B mm Hg C 1.54 atm D 1.54 mm Hg

A sample of carbon dioxide is placed in a 1.00 L flask where it exerts a pressure of 67.5 mmHg. What is the pressure of this gas sample when it is transferred to a 25 mL flask? (temp. doesnt change) A X10 3 mm Hg B X10 3 mmg Hg C atm

Write the equation that describes how KOH reacts with HCl

A.300 mol sample of Argon gas has a volume of 9.00 L at a pressure of 875 mm Hg. What is the temperature of the gas in degrees C? A.202 degrees C B.147 degrees C C.232 degrees C D.0 degrees C E.None of the above

What are the strongest intermolecular forces present in CH 3 OH Electronegitivity of C=2.5, H= 2.1,O=3.5 A Dipole Dipole B Dispersion forces C Hydrogen bonding D Ionic

Draw the lewis dot structure for NH 3. and determine if the molecule polar or non polar? Electro negativity of N=3.0, Electro negativity of H=2.1 A. Polar B. Non Polar

Draw the Lewis structure for Cl 2 and determine if the molecule is polar or non polar Electro negativity of Cl is 3.0 A. Polar covalent B. Non polar covalent

Draw the Lewis structure for CN-

Draw the Electron Dot structure for SrCl 2

Calculate the volume of hydrogen gas produced at STP by reacting 5.00g Mg and an excess of HCl A 4.61 L B L C X 10 3 mL D X 10 2 mL