Reactivity of Metals: An IntroductionQuick View
condensed_science

Reactivity of Metals: An Introduction

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Reactivity of Metals: An Introduction • Relative reactivity of some metals • The reactivity series of metals • Reactions of various metals with water and acids • Using the reactivity series to predict the course and products of displacement reactions • Using the reactivity series to predict the reactions of less reactive metals • Metal displacement reactions as redox reactions • Explanation of oxidation How to use it? Extract a zip file Open a file: story or story_HTML5 in your web browser
Transition metals -quizQuick View
condensed_science

Transition metals -quiz

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A quiz that corresponds with the presentation about transition metals. How to use it? Extract a zip file Open a file: story or story_HTML5 in your web browser
Transition metals - an interactive presentationQuick View
condensed_science

Transition metals - an interactive presentation

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•Transition metals and that their typical properties •Electron configuration •Colorful compounds of transition metals •Alloys •Uses of transition metals and their alloys including magnalium and brass •Catalytic activity of the transition metals •Corrosion •Rust prevention How to use it? Extract a zip file Open a file: story or story_HTML5 in your web browser
Transition metals and complexesQuick View
condensed_science

Transition metals and complexes

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Classification Coloured ion formation The Tendency to form complex ions Variable oxidation state Geometry of complexes Complexes - colours Ligands Transition metals: catalytic activity
Work and energy interactive quiz with detailed answersQuick View
condensed_science

Work and energy interactive quiz with detailed answers

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11 Quiz Questions – ideal for revision or self-study. The quiz covers: Kinetic and potential energy Conservation of energy Work Thermal energy Collisions Includes detailed tips and step-by-step answers with calculations. Unlimited attempts allowed. How to use it: Extract the ZIP file. Open the file named ‘story’. The quiz will launch in your web browser.
Work, energy and power revision (infographic)Quick View
condensed_science

Work, energy and power revision (infographic)

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Types and Concepts of Energy • Forms of Energy  – Heat (Thermal) Energy  – Chemical Energy  – Nuclear Energy  – Electrical Energy • Mechanical Energy  – Kinetic Energy (KE) and Potential Energy (PE) • Work and Work-Energy Principle  – Definition of work  – Work-Energy relationship: Work done = Change in energy • Law of Conservation of Energy  – Energy cannot be created or destroyed, only transformed • Spring Potential Energy • Power
Periodic Table: An Introduction (Presentation)Quick View
condensed_science

Periodic Table: An Introduction (Presentation)

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• Periodic Table: An Introduction • Position of Elements in the Modern Periodic Table • Groups and Periods • Trends in the Periodic Table How to Use It: Extract the ZIP file. Open the file named story or story_HTML5 in your web browser.
Chemical Formulae, Equations and Calculations: Interactive PresentationQuick View
condensed_science

Chemical Formulae, Equations and Calculations: Interactive Presentation

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An interactive presentation about calculations in chemistry: •Writing chemical equations •Calculating relative formula masses •The mole (mol) concept •Empirical formula and molecular formula •Calculations involving the amount of substance •Calculations involving reacting masses and percentage yield and molarity •Empirical and molecular formulae from experimental data How to use it? Extract a zip file Open a file: story or story_HTML5 in your web browser
(interactive) 20 Solved Magnetic Force and Field Problems flashcardsQuick View
condensed_science

(interactive) 20 Solved Magnetic Force and Field Problems flashcards

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20 Solved Magnetic Force and Field Problems flashcards with an extensive explanation. Simply flip the flashcard to see the solution and explanation. Order - Random. the right hand rule the magnitude and direction of the magnetic force Lenz's law induced current the magnetic flux of B strength of the magnetic field calculating angles determining the direction of the magnetic field and paths of the charges How to use it: Extract a zip file Open a file: ‘story’ The file will open in your web browser
Covalent Bonds: Interactive PresentationQuick View
condensed_science

Covalent Bonds: Interactive Presentation

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A presentation about covalent bonds: •The formation of a covalent bond •Dot and cross diagrams •State of matter of covalent substances •Explaining the forces between the molecules •The properties of typical covalent, simple molecular compounds •The properties of a graphite and diamond How to use it? Extract a zip file Open a file: story or story_HTML5 in your web browser