AS Chemistry Resource Pack + CD-ROM: Inorganic and Physical Chemistry (I) Core Concepts
Published on 31. July 2009
Book
Spiral bound
207 pages
978-0-340-97464-3 (ISBN)
Description
This teacher resource pack contains new material that gives teachers alternative activities to help in their teaching of AS chemistry. The pack has been developed for the new specifications for teaching from autumn 2008 and the suggested teaching order is tailored to the new specifications.
More details
Language
English
Place of publication
United Kingdom
Publishing group
Hachette Learning
Target group
College/higher education
Interest Age: From 16 to 19 years
Illustrations
Black and white illustrations
Dimensions
Height: 315 mm
Width: 259 mm
Thickness: 65 mm
Weight
2226 gr
ISBN-13
978-0-340-97464-3 (9780340974643)
Copyright in bibliographic data and cover images is held by Nielsen Book Services Limited or by the publishers or by their respective licensors: all rights reserved.
Schweitzer Classification
Person
Anthony Ellison is a head of chemistry and has almost 30 years' schoolteaching experience.
Content
: Introduction
: Topic 1 Atomic structure
: Teaching Plan 1
: Helpsheet 1.1 What's in an atom?
: Helpsheet 1.2 Isotopes
: Helpsheet 1.3 The mass spectrometer
: Helpsheet 1.4 Relative isotopic, atomic and molecular masses
: Helpsheet 1.5 Relative molecular mass and relative formula mass
: Helpsheet 1.6 Ionisation energy
: Helpsheet 1.7 Orbitals
: Helpsheet 1.8 Arrangement of electrons in their orbitals
: Helpsheet 1.9 The periodic table
: Helpsheet 1.10 Variation in first ionisation energies across a period
: Worksheet 1.1 What's in an atom?
: Worksheet 1.2 Isotopes
: Worksheet 1.3 The mass spectrometer
: Worksheet 1.4 Ionisation energy (I)
: Worksheet 1.5 Atomic orbitals
: Worksheet 1.6 Ionisation energy (II)
: End-of-Topic Test 1 Questions
: Student Activity 1 Emission spectra of elements
: Practical Notes 1 Emission spectra of elements
: Answer Sheet 1
: End-of-Topic Test 1 Answers
: Topic 2 Moles and equations
: Teaching Plan 2
: Helpsheet 2.1 The mole concept
: Helpsheet 2.2 Empirical formulae
: Helpsheet 2.3 Writing formulae
: Helpsheet 2.4 Using chemical equations to deduce reacting masses
: Helpsheet 2.5 Gas volumes
: Helpsheet 2.6 Calculating the volume of gaseous reactants and products
: Helpsheet 2.7 Amounts in solution
: Helpsheet 2.8 Essential steps in preparation of a standard solution
: Helpsheet 2.9 Acids and bases
: Helpsheet 2.10 Volumetric analysis: titrations
: Helpsheet 2.11 Yield calculations
: Worksheet 2.1 The mole concept
: Worksheet 2.2 Empirical formulae
: Worksheet 2.3 Writing formulae (I)
: Worksheet 2.4 Writing formulae (II)
: Worksheet 2.5 Reacting masses
: Worksheet 2.6 Gas volumes
: Worksheet 2.7 Calculating the volume of gaseous reactants and products
: Worksheet 2.8 Amounts in solution
: Worksheet 2.9 Acids and bases
: Worksheet 2.10 Volumetric analysis: titrations
: Worksheet 2.11 Yield calculations
: End-of-Topic Test 2 Questions
: Student Activity 2.1 To determine the empirical formula of an oxide of copper
: Practical Notes 2.1 To determine the empirical formula of an oxide of copper
: Student Activity 2.2 To determine the molar volume of a gas
: Practical Notes 2.2 To determine the molar volume of a gas
: Student Activity 2.3 To prepare a standard solution
: Practical Notes 2.3 To prepare a standard solution
: Student Activity 2.4 An acid-base titration
: Practical Notes 2.4 An acid-base titration
: Answer Sheet 2
: End-of-Topic Test 2 Answers
: Topic 3 Enthalpy changes
: Teaching Plan 3
: Helpsheet 3.1 Enthalpy change ?H
: Helpsheet 3.2 Thermodynamic definitions
: Helpsheet 3.3 Calorimetry
: Helpsheet 3.4 Hess's law
: Helpsheet 3.5 Enthalpy change of combustion, ?Hc
: Helpsheet 3.6 Bond enthalpies
: Helpsheet 3.7 Calculation of enthalpy changes from laboratory experiments
: Helpsheet 3.8 Sign of ?Hreaction and direction of spontaneous change
: Worksheet 3.1 Enthalpy changes
: Worksheet 3.2 Thermodynamic definitions
: Worksheet 3.3 Calorimetry
: Worksheet 3.4 Hess's law
: Worksheet 3.5 Calculation of enthalpy changes from laboratory experiments
: Worksheet 3.6 Enthalpy change of combustion
: Worksheet 3.7 Bond enthalpies
: End-of-Topic Test 3 Questions
: Student Activity 3.1 Measuring some enthalpy changes
: Practical Notes 3.1 Measuring some enthalpy changes
: Student Activity 3.2 To determine the enthalpy change for a reaction
: Practical Notes 3.2 To determine the enthalpy change for a reaction
: Student Activity 3.3 Finding an enthalpy change that cannot be measured directly
: Practical Notes 3.3 Finding an enthalpy change that cannot be measured directly
: Student Activity 3.4 To measure the enthalpy change of combustion of an alcohol
: Practical Notes 3.4 To measure the enthalpy change of combustion of an alcohol
: Answer Sheet 3
: End-of-Topic Test 3 Answers
: Topic 4 Bonding and structure
: Teaching Plan 4
: Helpsheet 4.1 Ionic bonding
: Helpsheet 4.2 Covalent bonding
: Helpsheet 4.3 Metallic bonding
: Worksheet 4.1 Ionic bonding
: Worksheet 4.2 Covalent bonding
: Worksheet 4.3 Metallic bonding
: End-of-Topic Test 4 Questions
: Student Activity 4.1 Migration of ions
: Practical Notes 4.1 Migration of ions
: Answer Sheet 4
: End-of-Topic Test 4 Answers
: Topic 1 Atomic structure
: Teaching Plan 1
: Helpsheet 1.1 What's in an atom?
: Helpsheet 1.2 Isotopes
: Helpsheet 1.3 The mass spectrometer
: Helpsheet 1.4 Relative isotopic, atomic and molecular masses
: Helpsheet 1.5 Relative molecular mass and relative formula mass
: Helpsheet 1.6 Ionisation energy
: Helpsheet 1.7 Orbitals
: Helpsheet 1.8 Arrangement of electrons in their orbitals
: Helpsheet 1.9 The periodic table
: Helpsheet 1.10 Variation in first ionisation energies across a period
: Worksheet 1.1 What's in an atom?
: Worksheet 1.2 Isotopes
: Worksheet 1.3 The mass spectrometer
: Worksheet 1.4 Ionisation energy (I)
: Worksheet 1.5 Atomic orbitals
: Worksheet 1.6 Ionisation energy (II)
: End-of-Topic Test 1 Questions
: Student Activity 1 Emission spectra of elements
: Practical Notes 1 Emission spectra of elements
: Answer Sheet 1
: End-of-Topic Test 1 Answers
: Topic 2 Moles and equations
: Teaching Plan 2
: Helpsheet 2.1 The mole concept
: Helpsheet 2.2 Empirical formulae
: Helpsheet 2.3 Writing formulae
: Helpsheet 2.4 Using chemical equations to deduce reacting masses
: Helpsheet 2.5 Gas volumes
: Helpsheet 2.6 Calculating the volume of gaseous reactants and products
: Helpsheet 2.7 Amounts in solution
: Helpsheet 2.8 Essential steps in preparation of a standard solution
: Helpsheet 2.9 Acids and bases
: Helpsheet 2.10 Volumetric analysis: titrations
: Helpsheet 2.11 Yield calculations
: Worksheet 2.1 The mole concept
: Worksheet 2.2 Empirical formulae
: Worksheet 2.3 Writing formulae (I)
: Worksheet 2.4 Writing formulae (II)
: Worksheet 2.5 Reacting masses
: Worksheet 2.6 Gas volumes
: Worksheet 2.7 Calculating the volume of gaseous reactants and products
: Worksheet 2.8 Amounts in solution
: Worksheet 2.9 Acids and bases
: Worksheet 2.10 Volumetric analysis: titrations
: Worksheet 2.11 Yield calculations
: End-of-Topic Test 2 Questions
: Student Activity 2.1 To determine the empirical formula of an oxide of copper
: Practical Notes 2.1 To determine the empirical formula of an oxide of copper
: Student Activity 2.2 To determine the molar volume of a gas
: Practical Notes 2.2 To determine the molar volume of a gas
: Student Activity 2.3 To prepare a standard solution
: Practical Notes 2.3 To prepare a standard solution
: Student Activity 2.4 An acid-base titration
: Practical Notes 2.4 An acid-base titration
: Answer Sheet 2
: End-of-Topic Test 2 Answers
: Topic 3 Enthalpy changes
: Teaching Plan 3
: Helpsheet 3.1 Enthalpy change ?H
: Helpsheet 3.2 Thermodynamic definitions
: Helpsheet 3.3 Calorimetry
: Helpsheet 3.4 Hess's law
: Helpsheet 3.5 Enthalpy change of combustion, ?Hc
: Helpsheet 3.6 Bond enthalpies
: Helpsheet 3.7 Calculation of enthalpy changes from laboratory experiments
: Helpsheet 3.8 Sign of ?Hreaction and direction of spontaneous change
: Worksheet 3.1 Enthalpy changes
: Worksheet 3.2 Thermodynamic definitions
: Worksheet 3.3 Calorimetry
: Worksheet 3.4 Hess's law
: Worksheet 3.5 Calculation of enthalpy changes from laboratory experiments
: Worksheet 3.6 Enthalpy change of combustion
: Worksheet 3.7 Bond enthalpies
: End-of-Topic Test 3 Questions
: Student Activity 3.1 Measuring some enthalpy changes
: Practical Notes 3.1 Measuring some enthalpy changes
: Student Activity 3.2 To determine the enthalpy change for a reaction
: Practical Notes 3.2 To determine the enthalpy change for a reaction
: Student Activity 3.3 Finding an enthalpy change that cannot be measured directly
: Practical Notes 3.3 Finding an enthalpy change that cannot be measured directly
: Student Activity 3.4 To measure the enthalpy change of combustion of an alcohol
: Practical Notes 3.4 To measure the enthalpy change of combustion of an alcohol
: Answer Sheet 3
: End-of-Topic Test 3 Answers
: Topic 4 Bonding and structure
: Teaching Plan 4
: Helpsheet 4.1 Ionic bonding
: Helpsheet 4.2 Covalent bonding
: Helpsheet 4.3 Metallic bonding
: Worksheet 4.1 Ionic bonding
: Worksheet 4.2 Covalent bonding
: Worksheet 4.3 Metallic bonding
: End-of-Topic Test 4 Questions
: Student Activity 4.1 Migration of ions
: Practical Notes 4.1 Migration of ions
: Answer Sheet 4
: End-of-Topic Test 4 Answers