Simple solutions-- chemistry counting moles / edited by Nigel P. Freestone, The University of Northampton, UK.

Format:

Book

Author/Creator:

Freestone, Nigel P, Author.

Contributor:

Freestone, Nigel P., editor.

Series:

Counting moles

Language:

English

Subjects (All):

Chemistry.

Physical Description:

1 online resource (219 p.)

Edition:

1st ed.

Place of Publication:

Sharjah : Bentham Books, [2016]

Summary:

Students studying chemistry often struggle with the mole. Counting Moles provides an effective aid to learning by giving clear and confident presentation of the essentials of the mole concept needed by those starting chemistry courses. This user-friendly self-teach e-book is split into six chapters which sequentially introduce the 'mole calculating frame' to help solve problems. Over 200 fully worked examples are given along with several hundred questions. The mole concept is applied to topics such as relative atomic mass and relative formula mass percentage composition empirical and molecular formula. The book also covers concentration its units volumetric analysis and the relationship between volume mass and moles of gases. Counting Moles culminates in you taking a Mole Driving Test. On passing this test you are issued with a Counting Moles Driving License that will give you all the confidence required to correctly answer all mole calculations.

Contents:

CONTENTS; FOREWORD ; PREFACE ; CONFLICT OF INTEREST; ACKNOWLEDGEMENTS; Relative Atomic & Formula Mass, Percentage Composition, Empirical & Molecular Formulae ; 1.1. RELATIVE ATOMIC MASS (AR); Selected Relative Atomic Mass Values; Isotopes; Three Isotopes of Carbon; Calculating Average Relative Atomic Mass ; Exercise 1.1; 1.2. RELATIVE FORMULA MASS (MR); Relative Formula Mass (Mr) Calculating Frame; Exercise 1.2; 1.3 PERCENTAGE COMPOSITION (%); Percentage Composition Calculating Frame; Exercise 1.3; 1.4. EMPIRICAL AND MOLECULAR FORMULA; Empirical Formula from Molecular Formula; Exercise 1.4

Molecular Formula from Empirical FormulaExercise 1.5; Empirical and Molecular Formulas from % Composition; Exercise 1.6; ANSWERS; Exercise 1.1; Exercise 1.2; Exercise 1.3; Exercise 1.4; Exercise 1.5; Exercise 1.6; The Mole ; [Exercise 2.1]; Exercise 2.1; Exercise 2.2; Exercise 2.3; Exercise 2.4; ANSWERS; Exercise 2.1; Exercise 2.2; Exercise 2.3; Exercise 2.4; Moles & Balanced Chemical Equations ; 3.1. CHEMICAL EQUATIONS; Exercise 3.1; 3.2. MOLES CALCULATING FRAME; Introducing the 'Moles Calculating Frame'; 3.3. MOLE, MASSES AND CHEMICAL EQUATIONS; Exercise 3.2; ANSWERS; Exercise 3.1

Exercise 3.2Molarity & Concentration ; 4.1. CONCENTRATION; 4.2. MOLARITY; Exercise 4.1; Exercise 4.2; Exercise 4.3; 4.3. PERCENTAGE BY MASS (M/M %) AND MASS FRACTION (M/M); Mass Fraction; 4.4. PERCENT MASS/VOLUME (M/V %); 4.5. PERCENT BY VOLUME (V/V %); 4.6. PARTS PER MILLION (PPM); Exercise 4.4; ANSWERS; Exercise 4.1; Exercise 4.2; Exercise 4.3; Exercise 4.4; Volumetric Analysis ; 5.1 INTRODUCTION; Exercise 5.1; Exercise 5.2; ANSWERS; Exercise 5.1; Exercise 5.2; Molar Volumes & Reacting Volumes ; 6.1. MOLES & GASES; 6.2. MOLES TO VOLUME; Exercise 6.1; 6.3. VOLUME TO MOLES (AND MASS)

Exercise 6.2Exercise 6.3; 6.4. RELATIVE MOLECULAR MASS FROM VOLUME & MASS; Exercise 6.4; 6.5. MOLAR VOLUME FROM MASS; 6.6. VOLUME OF ONE GAS, FROM ANOTHER GAS; 6.7. EQUATIONS, MOLES AND VOLUMES; Exercise 6.5; Exercise 6.6; ANSWERS; Exercise 6.1; Exercise 6.2; Exercise 6.3; Exercise 6.4; Exercise 6.5; Exercise 6.6; Mole Driving Test No. I ; Mole Driving Test No. II ; Mole Driving Test No. III ; Mole Driving Test Answers ; PERIODIC TABLE ; License ; SUBJECT INDEX

Notes:

Includes index.

Description based on online resource; title from PDF title page (ebrary, viewed May 4, 2016).

ISBN:

9781681081007

1681081008

OCLC:

1499632503