Stoichiometry !!.

Slides:

Advertisements

Similar presentations

(STOY-KEE-AHM-EH-TREE). Stoichiometry is the part of chemistry that studies amounts of reactants and products that are involved in reactions. Chemists.

Advertisements

Drill – 2/28/11 Sodium chloride decomposes into sodium and chlorine. How much (in grams) sodium chloride is required to produce 50.0g of chlorine gas?

Step by Step Instructions for Solving a Limited Excess Reagent Stoichiometry Problem. By: Joseph Wheeler.

Stoichiometry The Study of Quantitative Relationships.

Chapter 9: Stoichiometry. Composition Stoichiometry  Deals with the mass relationships of elements in compounds  We did this in Chapter 3  Converting.

Limiting Reagents Stoichiometry Luckett. What is a limiting reagent? The reagent (reactant) that determines the amount of product that can be formed by.

/t/ / I d/ /d/ Try Again Go on /t/ / I d/ /d/

April 3, 2014 Stoichiometry. Stoichiometry is the study of quantities of materials consumed and produced in chemical reactions Stoikheion (Greek, “element”)

Chapter 12 Stoichiometry part 1. Stoichiometry The study of quantitative relationships between amounts of reactants used and products formed by a chemical.

Aim: Using mole ratios in balanced chemical equations.

Stoichiometry II. Solve stoichiometric problems involving moles, mass, and volume, given a balanced chemical reaction. Include: heat of reaction Additional.

The BCA Method in Stoichiometry

STOICHIOMETRY Chapter 9: Pages

Gas Stoichiometry. Equal volumes of gases at the same temperature and pressure contain equal amounts of particles The coefficients in a balanced equation.

Stoichiometry mass and amount relationships between reactants and products in a chemical reaction.

STOICHIOMETRY. I CAN solve a stoichiometry (mass – mass) problem using a chemical equation and mass data.

STOICHIOMETRY 4 Mole-Mole 4 Mole-Mass 4 Mass-Mass.

Solving Stoichiometry Problems

Stoichiometry The study of quantities of materials consumed and produced in chemical reactions.

Molar Mass & Stoichiometry A to A. What is the Molar Mass of Mg(OH) 2 ? g/mole g/mole g/mole g/mole

Stoichiometry Chapter 9 Limiting reagents. In Stoichiometry: We work in moles. We cannot calculate grams of product from grams of reactant.

Figure Out This Problem Pd. 5 GOGO!. What’s it Asking? What mass of Sb is produced when 28.1 g of And 17.3 g of C react to form Sb and CO? Find the Equation.

How to do Stoichiometry. The Question What mass of Fe 2 S 3 is produced when 4.68 grams of Fe reacts with 2.88 grams of S? What mass of Fe 2 S 3 is produced.

3.8 Stoichiometry & Mole Ratios. Recipe for 24 brownies 1cup flour 4oz. chocolate 2 eggs 1cup sugar 1 cup flour + 4 oz. chocolate + 2 eggs + 1 cup sugar.

Performing a Mass-Mass Stoichiometry Calculation

Stoichiometry Practice Problem Nick Maskrey. Problem If 5.26 g of Lithium Sulfate react with Sodium Phosphate complete the stoichiometry. If 5.26 g of.

Stoichiometry Chemical Quantities Chapter 9. What is stoichiometry? stoichiometry- method of determining the amounts of reactants needed to create a certain.

Continuing Stoichiometry…. The idea.  In every chemical reaction, there is one reactant that will be run out (called the limiting reactant).  This will.

Chapter 12 Stoichiometry. 1. The part of chemistry that deals with the amount of substances involved in chemical reactions A. 3 basic steps to every stoichiometry.

Chapter 12.2 Chemical Calculations

Chapter 9 Stoichiometry Converting Between Amounts in Moles Stoichiometry Calculations Conversions of Quantities in Moles Solving Mass-Mass Stoichiometry.

Stoichiometry. Problem If 16.8g of CO is mixed under high pressure with 1.78g of H 2. What is the mass of ethanol (CH 3 OH) will be produced? If 16.8g.

4.7 Calculating Chemical Change Stoichiometry Mole Ratio The key to these conversions is always the mole ratio, which is determined from the coefficients.

Mass-Mass Stoichiometry If the mass of any reactant or product is known for a chemical reaction, it is possible to calculate the mass of the other reactants.

Stoichiometry is… Greek for “measuring elements” Defined as: calculations of the quantities in chemical reactions, based on a balanced equation. There.

General, Organic, and Biological Chemistry Fourth Edition Karen Timberlake 6.6 Mole Relationships in Chemical Equations Chapter 6 Chemical Reactions and.

Stoichiometry It’s NOT as scary as it sounds!! In fact, you have already learned 90% of it!!

Video 9-1 Reaction Stoichiometry Steps for Problem Solving.

Stoichiometry MolesMass Remember! You cannot convert directly from a mass of one substance to the mass of another substance! You must always find moles.

STOICHIOMETRY. The Problem  If 41.6 g of N 2 O 4 reacts with 20.8 g of N 2 H 4 the products will be nitrogen and water. What mass of water will be produced?

01 StoichiometryChapter 12. What conversion factors would you need if you were going to move from grams to liters? Solve the following problems. –How.

Chemistry Chapter 9 - Stoichiometry South Lake High School Ms. Sanders.

Stoichiometry in Chemistry Stoichiometry – The analysis of chemical reactions by mass, moles and balanced formulas Introduction Basic Analysis Analysis.

Chemical Reactions Balancing Equations. n In order to show that mass is conserved during a reaction, a chemical equation must be balanced n You do this.

Stoichiometry  the calculations of quantities in chemical reactions  “stoichio” = elements  “metry” = to measure.

STOICHIOMETRY – DAY 1 STOICHIOMETRY – DAY 1 (Converting from one substance to a DIFFERENT substance) Moles → Moles & Grams → Grams 1.

7.6 Mole Relationships in Chemical Equations

Limiting/Excess Reagent Stoichiometry

Stoichiometry Chapter 12.

MASS - MASS STOICHIOMETRY

STOICHIOMETRY Mass-Mass Problems.

Stoichiometry CaCO3 a CaO + CO2

Chemical Reactions Unit

Stoichiometry CaCO3 a CaO + CO2

Ch 12.2 Chemical Calculations

Ch. 11 The Mathematics of Chemical Equations

Limiting Reactant/Reagent Problems

12.2 Chemical Calculations

Solving Stoichiometry Problem

Moles and Formula Mass.

Limiting Reagents.

Stoichiometry II.

Announcements Bring handout from Tuesday to discussion tomorrow.

Stoichiometry How does stoichiometry relate to a correctly balanced chemical equation?

HMSA: Agenda Work on Computer Simulation

9.1/9.2 Stoichiometric Calculations

#5 of 11-6 LIMITING REAGENT SET

Presentation transcript:

Stoichiometry !!

Problem What mass of CdS is produced if 8.47g of cadmium reacts with 2.51g of sulfur ? Cd + S CdS Next!!

What’s The First Step To Solving This Problem ? . Figure Out The Grams For Cd Convert The Grams Into Moles. Make Sure The Problem Is Balanced. Back !!

Sorry. Try Again !! . Incorrect Back To Question!!

The Next Step Is Changing 8. 47g of Cd Into Moles The Next Step Is Changing 8.47g of Cd Into Moles. How Would You Do That ? . 112.41gCd * 8.47gCd * Back To Problem !!

Sorry. Try Again !! Incorrect Back To Question !!

The Next Step Is: Where Did The 1’s Come From ? The Mass The Charges The coefficients Back To The Problem !!

Sorry. Try Again !! Incorrect Back To Question !!

The Mass of CdS (144.47)would go over ?? 1molCdS 1molCd 112.41gCd Back To Problem !!

Sorry. Try Again !! Incorrect Back To The Question !!

Do The Calculations !! 8.47gCd * * * is equal to ?? 10.89gCd 10.89molCd 10.89gCdS Back To Problem !!

Sorry. Try Again !! Incorrect Back To Question !!

Now, Change 2.51gS into grams of CdS. 2.51gS * * * = 11.31gS 2.51gS * * * = 11.31gCd 2.51gS * * * = 11.31gCdS

Sorry. Try Again !! Incorrect Back To Question!!

8.47gCd is 10.89gCdS. 2.51gS is 11.31gCdS. Which one is the limiting reactant ?

Your Finished !! Good Job !!

Sorry. Try Again !! Incorrect Back To Question !!