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Chemistry / Ann and Patrick Fullick

By: Fullick, Ann, 1956-.
Contributor(s): Fullick, Patrick [(j.a)].
Series: Heinemann advanced science. Publisher: Oxford : Heinemann Educational Publishers, 2000Edition: 2nd ed.Description: 570 p. ; 27 cm.ISBN: 043557096X.Subject(s): ChemistryDDC classification: 540
Contents:
1. Matter and energy. Introduction. 1.1. Atoms : the basis of matter. 1.2. The structure of the atom. 1.3. The arrangement of electrons in atoms. 1.4. Chemical bonding. 1.5. Intermolecular forces. 1.6. Solids. 17. Liquids and gases. 1.8. Energy changes. Section 1. Questions. - 2. The periodic table. Introduction. 2.1. Patterns of matter. 2.2. The periodicity of compounds. 2.3. The s-block elements. 2.4. The p.-block elements : the halogens. 2.5. The p-block elements : aluminium. 2.6. The p-block elements : carbon and group IV. 2.7. The d-block elements : the transition metals. Section 2. Question. - 3. How far? how fast? Introduction. 3.1. Chemical equilibria : how far? 3.2. Acid-base equilibria. 3.3. Buffer and indicators. 3.4. Precipitation and complex formation. 3.5. Electrochemistry. 3.6. Reaction kinetics : how fast? 3.7. Thermodynamics. Section 3. Question. - 4. Organic chemistry (1). Introduction. 4.1. Organising the range of organic molecules. 4.2. The saturated hydrocarbons. 4.3. The unsaturated hydrocarbons : the alkenes and alkynes. 4.4. The unsaturated hydrocarbons : the arenes. - 5. Organic chemistry (2). Introduction. 5.1. Alcohols, phenols and ethers. 5.2. Carbonyl compounds ; aldehydes and ketones. 5.3. Carboxylic acids and their derivatives. 5.4. Organic nitrogen compounds. 5.5. Naturally occuring macromolecules. Section 5. Questions. - Answers. Useful data. - Index. - Periodic table.
Item type Current location Call number Copy number Status Notes Date due Barcode Remark
Main Collection TC External Storage
540 FUL (Browse shelf) 1 Available CALxx,03000,03,GR 5000058975 Please fill up online form at https://taylorslibrary.taylors.edu.my/services/external_storage1

1. Matter and energy. Introduction. 1.1. Atoms : the basis of matter. 1.2. The structure of the atom. 1.3. The arrangement of electrons in atoms. 1.4. Chemical bonding. 1.5. Intermolecular forces. 1.6. Solids. 17. Liquids and gases. 1.8. Energy changes. Section 1. Questions. - 2. The periodic table. Introduction. 2.1. Patterns of matter. 2.2. The periodicity of compounds. 2.3. The s-block elements. 2.4. The p.-block elements : the halogens. 2.5. The p-block elements : aluminium. 2.6. The p-block elements : carbon and group IV. 2.7. The d-block elements : the transition metals. Section 2. Question. - 3. How far? how fast? Introduction. 3.1. Chemical equilibria : how far? 3.2. Acid-base equilibria. 3.3. Buffer and indicators. 3.4. Precipitation and complex formation. 3.5. Electrochemistry. 3.6. Reaction kinetics : how fast? 3.7. Thermodynamics. Section 3. Question. - 4. Organic chemistry (1). Introduction. 4.1. Organising the range of organic molecules. 4.2. The saturated hydrocarbons. 4.3. The unsaturated hydrocarbons : the alkenes and alkynes. 4.4. The unsaturated hydrocarbons : the arenes. - 5. Organic chemistry (2). Introduction. 5.1. Alcohols, phenols and ethers. 5.2. Carbonyl compounds ; aldehydes and ketones. 5.3. Carboxylic acids and their derivatives. 5.4. Organic nitrogen compounds. 5.5. Naturally occuring macromolecules. Section 5. Questions. - Answers. Useful data. - Index. - Periodic table.

Chemistry : 9701