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100-400 LEVEL TIME TABLE FOR ALL SCIENCE STUDENT FIRST SEMESTER

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100 LEVEL

OUTLINES FOR ALL COURSES

10 Aug 2017

MAT 102

CONTENT OUTLINE

Functions of a real variable, graph, and limit and continuity. The derivative as limit of rate of change. Techniques and differentiation. Curve sketching; integration as an inverse of differentiation. Method of integration, definite integral. Application of integration to area and volume.

15 Aug 2017

MAT 104

COURSE OUTLINE

Geometry representation of vector in 1-3 dimension, component, direction cosines. Addition of vector and multiplication of vector by a scalar, linear independence. Scalar and vector product of two vectors. Differentiation and integration of vectors with respect to scalar variable. Two dimension coordinate geometry. Straight line circle parabola ellipses, hypobolar. Tangent and normal. Kenematics of a particle. Component of velocity and acceleration of a particular moving in a plain. Force and momentum, newtons law of motion; resistance vertical motion, motion of a particle, elastic string, motion of a simple pendulum, impulse and change of momentum. Impart of two smooth sphere. Direct and oblique impart.

20 Sep 2017

PHY 102

COURSE OUTLINE

Sound waves, electromagnetic waves. Waves and their phenomena: interference, diffraction, reflection, refraction and polarization, geometrical optics. Electrostatics – electric charge and fields. Gauss’s law. Electric potential, conductors and dielectrics in electrostatics. Electric current and resistance. Electric circuit. The forces exerted by a magnetic field. Magnetic fields produced by steady current. Magnetic properties of matter, Maxwell’s equations electromagnetic oscillations and waves; applications, elementary modern physics - bohr’s theory. Photoelectric effect. De Broglie equation and elementary semiconductor physics.

14 Oct 2017

CHM 102

Bonding and intermolecular forces. The periodic table descriptive inorganic chemistry of main group i. ii. Iii. Iv: period 1 and 2 periodicity (s-block. D block f block and noble gases). Brief introduction to transition metal chemistry (1st row). Nuclear chemistry, basic principles of organic chemistry. a) Qualitative and quantitative organic elemental analysis. (C. H,N,S halogen; and other) b) Determination of molecular formula c) Functional group chemistry and synthesis of organic substances such as hydrocarbon, alcohols, aldehydes and ketones. Amines carboxylic acid and ti derivatives d) Polymers in everyday use e) Carbohydrate, lipids and proteins.

14 Oct 2017

CMP 102

History of computer, functional component of computer, characteristics of a computer, problem solving flow chart, algorithms, computer programming, statement, symbolic name, arrays, subscripts, expression and control statement. Introduction to basic of fortran programming language computer application.r

14 Oct 2017

GEY 102

Minerals – definition, physical and chemical properties. Common rock forming minerals. The petro logical microscope. Description of basic rock types- igneous rock, sedimentary and metamorphic rock. Classification and megascopic identification of the main rock types. External processes- welding of rock- physical, chemical and biogenic. Folding and faulting of rocks. Types of folds and fault.

14 Oct 2017

GEY 102

Characteristics and diversity of fungi and plantae. Lichen. Pollination, fertilization, seed formation, seed dispersal. Relationship between structure and function in plants. Types of leaves, stem and roots, importance of plants to man. Ecological adaptation of plants.

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