This module serves as an introduction to Experimental Physics. Students initially explore concepts of physical measurement before an algebraic approach to analysing motion and forces is outlined. Subsequently both the mechanical and thermometric properties of matter are introduced with simple examples and numerical problems.Topics in introductory astronomy including physics of the Earth, Solar System and large scale Universe, are also covered.This module covers several topics...
Learning Outcomes
Discuss the nature of physical knowledge, measurement of physical quantities and the use of units in describing the laws of nature
Describe the physics of motion and forces (kinematics & dynamics) using an algebraic approach and vectorial description of motion
Discuss the basic properties of matter and thermal physics
State fundamental concepts and principles of modern astronomy, including the terminology and nomenclature relating to a range of astronomical classification (eg. stellar and galactic)
Discuss the distance scale of the Universe, the Big Bang theory of origin and the fate of the Universe
Discuss the Earth as a planet in terms of its composition, atmosphere and origin
Solve simple numerical problems relevant to fundamental mechanics, thermodynamics and astronomy
Carry out relevant laboratory experiments to demonstrate and test physical principles and report the results