Chemical Thermodynamics - Chemistry (Senior Secondary)

Every chemical reaction involves energy. This course examines how heat transfers during physical and chemical processes. You will learn to calculate energy changes, classify endothermic and exothermic reactions, and determine if a reaction happens spontaneously using entropy and Gibbs free energy. The focus is strictly on the mathematics and principles of energy transformation. Energy control is central to industrial production. Engineers use these exact principles to design car engines, build power plants, and manufacture chemical fertilisers. Understanding thermodynamics allows you to predict how much fuel a factory needs or how much heat a reaction will release. This knowledge is essential for careers in engineering, medicine, and environmental science. By completing the modules, you will be able to apply the laws of thermodynamics to solve numerical problems. You will calculate the enthalpy of a chemical reaction, measure the entropy of a closed system, and use the formula of Gibbs free energy to predict reaction spontaneity. You will also learn to interpret phase diagrams and read energy profiles accurately. This material targets senior secondary school students preparing for major examinations like WAEC, NECO, and JAMB. The direct teaching style also serves university freshmen needing a solid foundation in physical chemistry. Even adult learners transitioning into technical fields will find the clear mathematical approach highly beneficial for grasping advanced engineering concepts.

$ 9.99

Enrolment valid for 12 months
This course is also part of the following learning track. You may join the track to gain comprehensive knowledge across related courses.
Chemistry
Chemistry
Chemistry dictates how the physical world operates. Securing university admission for science or engineering requires a strict understanding of these rules. This track delivers the complete JAMB UTME syllabus required to master chemical interactions, moving from the structure of the atom to complex industrial processes. You will learn the exact principles governing matter, energy, and reactions necessary to excel in the physical sciences. This learning track targets senior secondary school students in Nigeria preparing for WAEC, NECO, and JAMB UTME. It also serves first-year university students in science and engineering who need a rapid review of core chemical principles. If you intend to study medicine, pharmacy, or mechanical engineering, this material provides the exact academic standard you require to pass your examinations and proceed without confusion. Upon completing this programme, you will calculate the mass of reacting substances, balance complex equations, and predict the behaviour of organic and inorganic compounds. You will understand the mechanics of nuclear chemistry, the physical laws of gases, and the extraction methods of industrial metals. These specific skills ensure high scores in your terminal examinations and establish a firm foundation for a career in chemical engineering, healthcare, or industrial manufacturing.

Chemistry dictates how the physical world operates. Securing university admission for science or engineering requires a strict understanding of these rules. This track delivers the complete JAMB UTME syllabus required to master chemical interactions, moving from the structure of the atom to complex industrial processes. You will learn the exact principles governing matter, energy, and reactions necessary to excel in the physical sciences. This learning track targets senior secondary school students in Nigeria preparing for WAEC, NECO, and JAMB UTME. It also serves first-year university students in science and engineering who need a rapid review of core chemical principles. If you intend to study medicine, pharmacy, or mechanical engineering, this material provides the exact academic standard you require to pass your examinations and proceed without confusion. Upon completing this programme, you will calculate the mass of reacting substances, balance complex equations, and predict the behaviour of organic and inorganic compounds. You will understand the mechanics of nuclear chemistry, the physical laws of gases, and the extraction methods of industrial metals. These specific skills ensure high scores in your terminal examinations and establish a firm foundation for a career in chemical engineering, healthcare, or industrial manufacturing.

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