Unit Code: PHY402

Unit Name: Foundation Physics I

Description: This course introduces Mechanics, the study of motion and its course. This is a natural starting point; everyday experience offers abundant examples of mechanical principles, more than for any other area of physics. In this course we introduce several elements of language of physics, including units, calculation techniques and vector algebra. In the delivery of this unit, emphasis will be placed on the conduct of practical experiment and demonstration of safe and accurate use of apparatus and chemicals, developing skills in using scientific methods of solving problems, understanding of common chemical principles and their application to a range of everyday situation and technology.

Learning Target Outcomes: The course will involve the theoretical and practical aspects. As a result of completing this unit, the students will be able to: 1. Acquire knowledge and demonstrate understanding of the physical principles and concepts governing mechanics (Kinematics and Dynamics namely: one- and two-dimensional motions, force, work, energy, momentum, oscillatory motion, and rotational motions) including Thermodynamics and the Scientific vocabulary, terminology and conventions (including symbols, quantities and units) 2. Develop skills and abilities necessary to understand and use vectors, and represent information using appropriate alternative representations (words to graphical, pictorial, or mathematical forms), simplify problems by identifying appropriate models, and apply knowledge and understanding to solve simple to moderate complexity physics (Mechanics and Thermodynamics) problems involving the algebraic/trigonometry and some basic level calculus concepts and techniques. 3. Develop skills and abilities to (safely) use experimental apparatus (Rule, Stopwatch, Calipers, and like) and make accurate physical measurements (with appropriate uncertainty and units) and understand the basic specification and limitations of various measuring devices, with particular emphasis on how measurement uncertainties propagate to yield uncertainties in derived results. 4. Acquire the ability to communicate an understanding of fundamental physics principles and problem-solving strategies, as well as an analysis of experimental data and the inherent uncertainties involved.

Prerequisite: MER

Prerequisite Sentence: Minimum Entry Requirement of the programme

Credit Point: 12

Offered In: Semester 1