A) __Theory__

Mathematics and correlation to Physics. Elementary particles( Atoms, Molecules, Planets, Stars and Galaxies) and interaction. Fields and Matter. Space and time. Dynamics of variable mass systems: Principles of Fluid Statics. Hydrostatic and Atmospherical pressure. Pascal’s principle. Determination of fluid density. Manometers. Buoyancy and Archimedis’ principle. Surface pressure and coefficient. Fluid dynamics: Fluids in motion. Continuity principle. Bernoulli’s law and its applications. Energy equation. Internal friction. Flow of fluid in tube. Poisseuille’ s law. Reynolds’ quantity. Motion of particles in fluids. Energy Flow: Heat transfer through conductivity. Energy balance. Heat transfer through radiation. Application of heat transfer. Plane wall. Plane wall with heat source. Cylinder with heat sources. Systems of heat transfer and radiation. Resistance of heat contact.

Β) __Lab__:

Laboratory work and theory applications.