Experiments in General Chemistry, 4th Edition
Jui-Lin She, Chih-Kai Lin, Hsin-Yun Chang, Mei-Ling Wu, Yuan-Jui Chang (eds.)
- PublishedAugust, 2024
- Binding平裝 / 21*30 / 212pages / 全彩 / 英文
- Publisher國立臺灣大學化學系
- Series
- ISBN978-626-7214-76-3
- GPN1011301056
- Price NT$400
- Paper Books San Min Books / wunan / books.com.tw / National Books / iRead / eslite / TAAZE /
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Experiments in General Chemistry is a laboratory manual written for first-year students at National Taiwan University. The first edition was published in 2009. It gathers the teaching experiences from the faculty and teaching assistances of the general chemistry education team over the years.
The contents cover qualitative and quantitative analytical chemistry, kinetics, thermodynamics, electrochemistry, organic chemistry and novel materials synthesis, with a total of 18 experiments. The core concept is focused on identifying and applying chemical principles, training basic experimental skills, practicing integrated experiments, and building up the safety and environmental awareness. Besides, novel materials chemistry, such as high-temperature superconductors, conducting polymers, and gold nanoparticles, are introduced to increase the students’ learning interests.
General chemistry laboratory is the first chemistry experiment course for students from different disciplines. Most of them are not familiar with how to do these hands-on activities. In this edition, we use photos along with experimental steps, and QR codes link to demonstration videos web pages to help students’ understandings. On the other hand, we strengthen the theoretical background, revise the experiment procedures to be safer, reduce the amount of chemicals, and emphasize the importance of the green chemistry to make the new edition more sustainable and diverse.
The contents cover qualitative and quantitative analytical chemistry, kinetics, thermodynamics, electrochemistry, organic chemistry and novel materials synthesis, with a total of 18 experiments. The core concept is focused on identifying and applying chemical principles, training basic experimental skills, practicing integrated experiments, and building up the safety and environmental awareness. Besides, novel materials chemistry, such as high-temperature superconductors, conducting polymers, and gold nanoparticles, are introduced to increase the students’ learning interests.
General chemistry laboratory is the first chemistry experiment course for students from different disciplines. Most of them are not familiar with how to do these hands-on activities. In this edition, we use photos along with experimental steps, and QR codes link to demonstration videos web pages to help students’ understandings. On the other hand, we strengthen the theoretical background, revise the experiment procedures to be safer, reduce the amount of chemicals, and emphasize the importance of the green chemistry to make the new edition more sustainable and diverse.
General laboratory policy
First aid
Laboratory apparatus
GHS and lab safety certification and identification
Experiment 1 Molar volume of nitrogen gas
Experiment 2 Determination of the chemical formula of a compound
Experiment 3 Qualitative analysis of group 1 cations
Experiment 4 Qualitative analysis of group 2 cations
Experiment 5 Heat of reactions
Experiment 6 Quantitative analysis of vitamin C
Experiment 7 Preparation of alum
Experiment 8 Iodine clock – the initial rate method
Experiment 9 Iodine clock - the integrated rate law and activation energy
Experiment 10 Quantitative analysis of cobalt(II) ions
Experiment 11 Conducting polymer-polyaniline
Experiment 12 Buffer solutions
Experiment 13 Potentiometric titration of acid-base
Experiment 14 The solubility product constant of silver acetate
Experiment 15 Synthesis of acid-base indicators
Experiment 16 Synthesis and characterization of gold nanoparticles
Experiment 17 Synthesis of superconductor
Experiment 18 Organic molecular modeling
First aid
Laboratory apparatus
GHS and lab safety certification and identification
Experiment 1 Molar volume of nitrogen gas
Experiment 2 Determination of the chemical formula of a compound
Experiment 3 Qualitative analysis of group 1 cations
Experiment 4 Qualitative analysis of group 2 cations
Experiment 5 Heat of reactions
Experiment 6 Quantitative analysis of vitamin C
Experiment 7 Preparation of alum
Experiment 8 Iodine clock – the initial rate method
Experiment 9 Iodine clock - the integrated rate law and activation energy
Experiment 10 Quantitative analysis of cobalt(II) ions
Experiment 11 Conducting polymer-polyaniline
Experiment 12 Buffer solutions
Experiment 13 Potentiometric titration of acid-base
Experiment 14 The solubility product constant of silver acetate
Experiment 15 Synthesis of acid-base indicators
Experiment 16 Synthesis and characterization of gold nanoparticles
Experiment 17 Synthesis of superconductor
Experiment 18 Organic molecular modeling