This course, Differential Calculus, introduces fundamental concepts and techniques. It covers real numbers, functions, limits, continuity, and differentiation. Students will learn to differentiate various functions, including algebraic, trigonometric, and hyperbolic functions. Applications include curve sketching, optimization, and rate problems. Emphasis is placed on problem-solving and application, equipping students with essential calculus skills for mathematics, science, engineering, and economics.
This course introduces students to the fundamentals of trigonometry and its practical applications. It covers trigonometric ratios, inverse trigonometric functions, graphs, identities, and equations. Students will learn to solve triangles, determine heights and distances, and understand bearings. The course aims to provide a solid foundation in trigonometry for further studies in mathematics, sciences, and engineering.
This course introduces the fundamental principles of data organization and management. It explores the nature of data, information, and knowledge, and their interrelationships within information systems. Students will learn about data planning, policy making, definition, structuring, and quality control. The course also covers data storage, retrieval, analysis, and summarization techniques, equipping students with the skills to design and implement effective data management strategies in various contexts.
This course introduces the fundamental concepts of information storage and retrieval. It explores data, information, and documentation, emphasizing the importance of systematic organization. Students will learn about classification methods, subject indexing, and indexing languages. The course also covers the role of computers, storage media, records, files, and database management systems in information retrieval. Students will gain skills in searching for information, evaluating information systems, and understanding user needs.
This course provides a foundation in physics practical skills, focusing on mechanics, heat, and properties of matter. It emphasizes the development of manipulative skills in handling physics apparatus and reinforces theoretical concepts. Students will learn to identify variables, analyze errors, and determine physical constants through experimentation and graphical analysis. The course also covers report writing and data interpretation, preparing students for further studies and practical applications in physics.
This course introduces the fundamental principles of geometric and wave optics. It explores reflection and refraction at plane and curved surfaces, including lenses and optical instruments like telescopes and microscopes. Students will learn about wave optics concepts such as interference, thin films, and polarization of light. The course aims to enhance understanding of light's dual nature and its applications in various technologies.
This course, Elementary Mathematics I, is designed to equip students with mathematical skills applicable in contemporary science. It introduces fundamental mathematical concepts essential for solving scientific problems. The course aims to familiarize students with the characteristics of elementary mathematics and its demands in the science world. It also prepares students for the integration of mathematical models in various science and engineering fields.
This course introduces students to general practical biology, covering essential laboratory techniques and instruments. Students will learn microscopy, slide preparation, biological drawing, and specimen collection and preservation. The course also explores laboratory organization, equipment handling, microbial cultures, and physiological experiments in plants and animals. Dissection techniques for invertebrates and vertebrates are covered, providing hands-on experience in studying internal structures and systems.
This course introduces fundamental principles of physical chemistry. It covers units and dimensions, the gaseous state of matter, and solid and liquid states. Students will explore solutions, phase equilibria, and various separation techniques. The course aims to develop a strong understanding of energy relationships in chemical reactions and factors affecting equilibrium systems. Emphasis is placed on applying mathematical concepts and standard procedures to solve physical chemistry problems, with practical exercises and laboratory facilities available.
This course introduces fundamental concepts in inorganic chemistry, focusing on the periodic table and the properties of elements. It explores the historical development of the periodic table, electronic configurations, atomic radii, ionization energy, and electronegativity. The course also covers hydrogen, alkali metals, and alkaline earth metals, including their properties, reactions, and uses. Students will gain a solid foundation in inorganic chemistry principles and their applications.
This course introduces learners to the fundamental concepts and issues in Environmental Resources Management in Nigeria. It explores planning and management principles, emphasizing human resource management for environmental enhancement. The course covers various Nigerian environmental resources, including water, air, mineral resources, and land. It examines environmental problems associated with these resources and assesses the status of environmental management efforts by governmental and non-governmental organizations in Nigeria.
This course, Mathematics for Management Sciences II, is designed to equip students with the mathematical skills necessary for solving problems in the business world. It covers topics such as sets, functions, calculus, linear programming, and financial mathematics. The course aims to provide a solid foundation in mathematical techniques and models relevant to business management and decision-making.
This course introduces fundamental practical chemistry techniques. It covers quantitative inorganic analysis, including volumetric analysis and acid-base titrations. Students will learn about laboratory safety, apparatus, and units of measurement. The course also explores redox reactions, energy effects in chemical reactions, and the reactivity series of metals. Emphasis is placed on preparing solutions, standardizing them, and determining the purity of substances.
This course introduces fundamental mathematical concepts and techniques essential for management sciences. It covers symbolic logic, matrices, vectors, and complex numbers, providing a solid foundation for quantitative problem-solving. Students will learn about straight lines, circles, sequences, series, limits, differentiation, and integration. The course also explores maximum and minimum points, linear programming, inequalities, and constraints, equipping learners with skills applicable to various business scenarios.
This course provides a foundational understanding of computers and their role in society. It covers computer hardware and software, operating systems, word processing, spreadsheets, and presentation software. Students will learn basic computer skills, including file management, internet usage, and electronic mail. The course aims to equip students with the computer literacy necessary to navigate the digital world and use computers effectively in various aspects of life.
This course introduces fundamental concepts in biology, including cell structure and function, characteristics of living organisms, and interrelationships between organisms. It explores cell organization, organelles, genetics, heredity, and evolution. Students will examine ecological principles, habitat types, and the scientific method. The course aims to provide a comprehensive overview of basic biological principles and their applications in understanding the natural world.
This course, Elementary Mathematics III, is a 3-credit unit compulsory course designed for the first semester. It spans 15 weeks, requiring 65 hours of study over 13 weeks. The course aims to develop mathematical skills in vectors, straight lines, circles, and conic sections. Students will learn to apply vectors, form equations of straight lines, derive equations of circles, and identify conic sections through eccentricity.
This course introduces the fundamental principles of geometric and wave optics. It explores the dual nature of light, encompassing both wave and particle characteristics. Students will learn about reflection and refraction at plane and curved surfaces, lenses, and optical instruments like telescopes and microscopes. The course also covers wave optics aspects, including interference in thin films, air wedges, Newton's rings, and the laws and applications of polarization, equipping students with a comprehensive understanding of light and its behavior.
This course, Introductory Practical Physics II, is designed to reinforce principles learned in PHY 190 and PHY 142. It covers common apparatus like cells, potentiometers, mirrors, lenses, and resistors. The course is divided into two modules: Optics and Electricity, each containing five experiments. Students will develop skills in handling apparatus, making measurements, analyzing data, and drawing conclusions. Emphasis is placed on graphical analysis and error estimation. Students are expected to familiarize themselves with the apparatus and procedures before laboratory sessions.
This course introduces fundamental concepts in environmental science. It explores the meaning and types of environment, the evolution of environmental education, and the structure and functions of the atmosphere, lithosphere, and hydrosphere. The course also examines the biosphere, man-environment interactions, and environmental problems such as drought, acid rain, and climate change, providing a comprehensive overview of key environmental issues and their management.