PREPARED BY: DR. ATTA UR REHMAN (Ph.D. CHEMISTRY)
CHAPTER NO # 1 (STOICHIOMETRY)
Introduction:
Stoichiometry is a branch of chemistry that deals with the quantitative relationships between the reactants and products in a chemical reaction. It is a fundamental concept that plays a crucial role in various fields of science and engineering, including chemistry, biology, physics, and environmental science. Stoichiometry helps to understand the nature of chemical reactions and provides a framework for predicting the number of reactants and products involved in a chemical reaction.
Application of Stoichiometry:
Stoichiometry is used extensively in chemical analysis, synthesis, and design. It is applied in various fields, such as pharmaceuticals, materials science, petrochemicals, and food science. In the pharmaceutical industry, stoichiometry is used to determine the chemical composition and purity of drugs. In materials science, stoichiometry is used to design and synthesize new materials with specific properties. In the petrochemical industry, stoichiometry is used to optimize the production of fuels and other chemicals. In food science, stoichiometry is used to understand the nutritional value of food and to design new food products.
Uses of Stoichiometry:
Stoichiometry has numerous practical applications in various fields. One of the most important uses of stoichiometry is in chemical reactions. By using stoichiometry, scientists can determine the number of reactants needed to produce a given amount of product, and vice versa. This information is crucial in designing chemical reactions that are efficient and economical.
Stoichiometry is also used in the field of environmental science to study the impact of chemical reactions on the environment. For example, stoichiometry is used to determine the number of pollutants that are released into the atmosphere during the combustion of fossil fuels. This information is used to develop strategies for reducing the environmental impact of human activities.
LECTURE SLIDES CHAPTER NO # 1 (STOICHIOMETRY)
.bmp "CHEMISTRY-XI BIEK ACCORDING TO NEW BOOK, IDEAL COLLEGIATE, BIEK, STOICHIOMETRY, DR. ATTA UR REHMAN, XI Chemistry, NOTES AND MCQs QUIZ,LECTURE SLIDES,")
.bmp "CHEMISTRY-XI BIEK ACCORDING TO NEW BOOK, IDEAL COLLEGIATE, BIEK, STOICHIOMETRY, DR. ATTA UR REHMAN, XI Chemistry, NOTES AND MCQs QUIZ,LECTURE SLIDES,")
.bmp "CHEMISTRY-XI BIEK ACCORDING TO NEW BOOK, IDEAL COLLEGIATE, BIEK, STOICHIOMETRY, DR. ATTA UR REHMAN, XI Chemistry, NOTES AND MCQs QUIZ,LECTURE SLIDES,")
.bmp "CHEMISTRY-XI BIEK ACCORDING TO NEW BOOK, IDEAL COLLEGIATE, BIEK, STOICHIOMETRY, DR. ATTA UR REHMAN, XI Chemistry, NOTES AND MCQs QUIZ,LECTURE SLIDES,")
.bmp "CHEMISTRY-XI BIEK ACCORDING TO NEW BOOK, IDEAL COLLEGIATE, BIEK, STOICHIOMETRY, DR. ATTA UR REHMAN, XI Chemistry, NOTES AND MCQs QUIZ,LECTURE SLIDES,")
.bmp "CHEMISTRY-XI BIEK ACCORDING TO NEW BOOK, IDEAL COLLEGIATE, BIEK, STOICHIOMETRY, DR. ATTA UR REHMAN, XI Chemistry, NOTES AND MCQs QUIZ,LECTURE SLIDES,")
.bmp "CHEMISTRY-XI BIEK ACCORDING TO NEW BOOK, IDEAL COLLEGIATE, BIEK, STOICHIOMETRY, DR. ATTA UR REHMAN, XI Chemistry, NOTES AND MCQs QUIZ,LECTURE SLIDES,")
.bmp "CHEMISTRY-XI BIEK ACCORDING TO NEW BOOK, IDEAL COLLEGIATE, BIEK, STOICHIOMETRY, DR. ATTA UR REHMAN, XI Chemistry, NOTES AND MCQs QUIZ,LECTURE SLIDES,")
.bmp "CHEMISTRY-XI BIEK ACCORDING TO NEW BOOK, IDEAL COLLEGIATE, BIEK, STOICHIOMETRY, DR. ATTA UR REHMAN, XI Chemistry, NOTES AND MCQs QUIZ,LECTURE SLIDES,")
.bmp "CHEMISTRY-XI BIEK ACCORDING TO NEW BOOK, IDEAL COLLEGIATE, BIEK, STOICHIOMETRY, DR. ATTA UR REHMAN, XI Chemistry, NOTES AND MCQs QUIZ,LECTURE SLIDES,")
LECTURE NOTES CHAPTER NO # 1 (STOICHIOMETRY)
