Design and develop database is a course where the students will learn to determine database requirements, develop a logical data
model, Design the data structures, perform database structure, Apply DML and test and
finalize database. He/she will be also able to select and arrange different materials,
equipment and tools used when developing database.
The broad objective of this Module of Mathematics is based on helping the students to acquire a required background of Fundamental logic, Matrices and Determinant, Sets,Functions and Relations, Mathematical induction and Recurrence relations, Counting and Probability with logical and creative understanding.
The broad objective of these exercises of Mathematics is based on helping the students to show a required background of Counting with logical and creative understanding.
MODULE DESCRIPTION
1) MECHANICS
1.1.Generalities: Definition and introductory applications of mechanics; Physical quantities: scalar and vector quantities; Graphical representation of vectors; Types of vectors: unit, zero, collinear, equal and like vectors; Properties of vectors: addition, subtraction and multiplication with vectors
1.2.Statics: Force and Laws of forces: Parallelogram, triangle and polygon laws of forces, resolution of forces; Moment of a force; Couple of forces; Equilibrium of coplanar forces; Laws of friction: limiting and dynamic frictional forces, coefficients of friction and angle of friction
1.3. Dynamics:
1.3.1. Kinematics: Definitions of Distance, Displacement, Speed, Velocity, acceleration and their inter-related equations and graphs with respect to time change; Motion under gravity: free falling, vertical and oblique projections equations of motion with respect to the time change
1.3.2. Kinetics: Newton`s laws: 1st, 2nd and 3rd laws; Momentum, Work, Energy: Kinetic and Gravitation Potential energies, Conservative and Non-conservative forces, Work-Energy theorem; Power; Collisions: Elastic, Perfectly inelastic collisions; Rocket propulsion
1.3.3. Circular motion: Angular speed and acceleration; Centripetal force; Conical Pendulum; Torque; Moment of inertial; Angular momentum and relation to torque, Conservation of angular momentum; Rotation kinetic energy; Work done by torque; Relation between circular and linear motions
2) ELASTICITY
2.1.Elasticity of metals: Elastic properties of metals: Ductile and Brittle substances
2.2.Measurements of elasticity: Tensile stress; Tensile strain; Young`s modulus; Hooke`s law; Stress vs Strain graph: proportional limit, elastic limit, yield point, plastic deformation, Ultimate Tensile Stress, Breaking stress; Compression stress; Shearing stress; Force in bar due to contraction or expansion; Energy stored in a stretched wire; Graph of Force against extension and energy measurement; Energy per unit volume wire; longitudinal strain, lateral strain; Poison`s ratio
3) FLUIDS
3.1. STATIC FLUID: Hydrostatic pressure, Pascal` principle, Archimedes` principle
3.2. FLUID DYNAMICS:
3.2.1. Viscosity: Definition; Viscous properties of fluids, co-efficient of viscosity
3.2.2. Laminar and turbulent flows: Definitions; Laminar flow in tubes; Poisseuille`s equation and its derivation; Turbulent flow in tubes
3.2.3. Rate of flow or discharge of a fluid: Continuity equation
3.2.4. Bernoulli`s equation: Bernoulli`s principle; Derivation of Bernoulli`s and Torricelli`s equations; Application of Bernoulli`s principle
4) HEAT AND CALORIMENTRY
4.1.Generalities: Heat as energy transfer; Distinction between Temperature, Heat and Internal energy; Temperature scales: Degree Celsius, Kelvin and Degree Fahrenheit;
4.2. Heat capacities
4.2.1. Specific heat capacity: Definition; Measurements of specific heat capacity: method of mixtures, bomb calorimeter method and electric method
4.2.2. Latent heat capacities: Distinction between latent heat of fusion and latent heat of vaporization
4.3. Modes of heat transfer:
4.4.1. Conduction: Definition; Working principle
4.4.2. Convection: Definition, working principle
4.4.3. Radiation: Definition, working principle
5) GAS LAWS
5.1. Ideal gas laws: Boyle`s law; Charles law; Kelvin`s law
5.2.Ideal gas equation: General gas equation, Avogadro`s hypothesis: Molar mass constant, Avogadro`s number
6) THERMODYNAMICS
6.1. Thermodynamics laws: Zeroth, First and Second laws
In this course we will learn the preliminary concepts of Multimedia. We will discuss the various benefits and applications of multimedia. After going through this module the student will be able to :
i) define multimedia
ii) list the elements of multimedia
iii) enumerate the different applications of multimedia
iv) describe the different stages of multimedia software development
v) use different multimedia authoring tools
The PC Maintenance and troubleshooting program prepares students for a career as an entry-level PC maintenance and repair technician, teaching such skills as hardware repair and replacement, Windows and Apple operating systems, troubleshooting, and networking.