After completing this topic you should be able to : State that determining the quantity of a chemical by measuring mass is called gravimetric analysis.

Slides:

Advertisements

Similar presentations

Jonah Chevrier Nick Jiang Ushhud Khalid Philip Van-Lane.

Advertisements

Solutions Review Play as a slideshow!.

What is a mixture Aims: –To be able to draw particle pictures to represent elements, compounds and mixtures –To be able to identify suitable methods for.

Making and Separating Mixtures Salt, Salt, Salt! Reaching Saturation Concentration

The Separation of the components of a Mixture

Topic E conservation of atoms and mass

Ways to Separate Mixtures

Separating Mixtures using Physical Properties How can you separate out many kinds of matter?

Separation of Mixtures

| resources for science teachers who like to think TopicSeparating techniquesLevelStudents aged.

1 Spectroscopic Analysis Part 1 – Introduction Chulalongkorn University, Bangkok, Thailand January 2012 Dr Ron Beckett Water Studies Centre School of Chemistry.

Unit 1: Measurement & Matter

Separating Mixtures The components of a mixture can be separated based on the physical properties of: Magnetism.

Gravimetric and Volumetric Analysis

ANALYTICAL CHEMISTRY CHEM 3811 CHAPTERS 6 & 7

Parts per Million The measurement used to determine the amount of a solute that has been dissolved in a solution.

Mixtures and Solutions JEOPARDY!. Jeopardy Board SolutionsMixturesConcentrateVocabPerformance $100 $200 $300 $400 $500.

Methods of Separating Mixtures Grade 9 Science Mixtures can be separated by physical means…

Volumetric Analysis Topic 8.4 Titration readings in a normal titration you are usually advised to carry out at least one rough and two accurate.

Gravimetric Analysis. Quantitative Analysis Process of determining how much of one or more constituents are present in a sample Two Types of Quantitative.

CHEMICAL ANALYSIS BY Dr.JAGADEESH. CHEMICAL ANALYSIS RESOLVING A SAMPLE IN TO ITS ULTIMATE COMPONENTS ( COMPOUNDS OR ELEMENTS)

Ch Concentrations of Solutions

Separation Techniques QUIZ Questions. Which technique can be used to separate 2 liquids with different boiling points? Distillation 1.

Mixtures and Solutions A mixture is a combination of two or more different kinds of matter. A solution is a type of mixture in which particles of the 2.

How much Dissolves? How much salt is there in the sea?

How much salt is there in rock salt?

Separating mixtures: rock salt LO: to separate mixtures that dissolve and don’t dissolve in water What happens to sugar cube when you drop it into your.

Ways to Separate Mixtures

Is Matter Around Us Pure Solutions Solution A solution is a homogeneous mixture of two or more components. The dissolving agent is the solvent. The substance.

Class Presentation Mixtures & Solutions Shannon Science 8.

Chapter 19 Separating Mixtures A mixture consists of two or more substances mingled together but not chemically combined. Examples of mixtures: Sea water.

© Cambridge University Press 2003, 2006, H multiple-choice extension test: answers 1 Year 7 multiple-choice extension test: answers 7H Solutions.

Percentage without a calculator 10% 10%, 20 %, 30% …. 90% 25%, 50% or 75% 33 ⅓ % and 66 ⅔ % 5% 15%, 25%, 35% etc Mixture.

Classificati on of Matter Matter Substance (Mineral) Mixture (Rocks and more) solution colloid suspension Chapter 18.

Lab Activity #2 Separation of a Mixture Purpose - Separate a mixture of salt, sand & naphthalene (nap) Experiment - Mass of 250 mL beaker = _________ g.

Science 7 Discovering Science 7

IC6.5.4 Titrations © Oxford University Press 2011 Titrations.

Matter: Chapter 2 Lesson 3: What are mixtures?. A mixture is a combination of two or more substances. Substances in a mixture can be separated. This means.

Solutions Mixtures (Varied Ratio) Homogeneous True Solutions (Soluble) Solubility – Ability to dissolve in solution (aq) See only 1 part Separated by.

Filtration Lab E. Haniff. Aim:  To separate a mixture of sand and copper sulphate salt (to obtain the solid components)

+ Separation Methods Ways to separate mixtures. + Separating Mixtures Substances in a mixture are physically combined, so processes based on differences.

Mass / g Time / min

 Matter is composed of extremely small particles, too small to be seen with a classroom microscope, called atoms.  Atoms: smallest part of an element.

Heterogeneous Mixtures and Separations

Relative atomic mass 3 Quantitative chemistry Topic overview

Mixtures & Solutions Shannon Science 8

Topic Separating techniques Level GCSE (or for students aged 11-16)

Mixtures 8.P.1.1.

VOLUMETRIC CALCULATIONS

Making a standard solution

Separating Mixtures Lesson 5: Extracting Salt

12/09/2018 Solutions.

Separating Mixtures.

Chapter 11 Mixtures Mixtures.

Separating Mixtures Plenary.

Separation of Mixtures

Separating Substances

Separation of Mixtures

Making Pure Salt from Rock Salt

Ways to Separate Mixtures

What happens to the mass when a solution is formed?

18/01/2019 Solutions KRS.

W Richards Worthing High School

27/02/2019 Solutions KRS.

W Richards Worthing High School

28/04/2019 Solutions.

Separating mixtures.

23/05/2019 Solutions.

Presentation transcript:

After completing this topic you should be able to : State that determining the quantity of a chemical by measuring mass is called gravimetric analysis. Determine the mass of salt in rock salt using dissolving, filtration and evaporation. State determining the concentration of a chemical in a solution by carrying out a titration is called volumetric analysis. N5 Carry out a volumetric calculation using data from a titration to calculate the concentration of a solution. N5

There two types of quantitative analysis.

Salt obtained from a salt mine is called rock salt. Rock salt is a mixture of salt, stones and sand. To separate the salt from the rock salt involves:

RESULTS Mass of rock salt used = 20.0 g Mass of dry evaporating basin = 30.3 g Mass of evaporating basin + salt = g Mass of salt obtained from the rock salt = = 13.2 g Percentage of salt in rock salt calculation. % of salt = mass of rock salt mass of salt in rock salt × × 100 % of salt = 66.0 %