Physics II

Description

- Temperature, the Zeroth Law of Thermodynamics and Thermal expansion in solids and liquids – Heat and Calorimetry – Latent Heat – Heat, work and the system- Reversibility-Reversible work- the state of working fluid – Conservation of energy and the First law of thermodynamics – Ideal Gas (as a working fluid) – Applications of the First Law of Thermodynamics – Reversible non-flow processes – Heat Engines and the Second Law of Thermodynamics – Heat Pumps and Refrigerators: The Carnot Cycle – Entropy; Changes in Entropy for Thermodynamic Systems – T- s diagram, Reversible processes on T-s diagram for a perfect gas – Heat Transfer – Fourier’s law of conduction – Newton’s law of cooling – The composite wall and the electrical analogy – Oscillatory Motion – Analysis model: Particle in simple harmonic motion – Energy of the simple harmonic oscillator – Wave Motion – Analysis Model: Traveling Wave – The Speed of Waves on Strings – The Doppler Effect.

Program

Bachelor Degree in Computer Engineering

Objectives

• -Temperature, the Zeroth Law of Thermodynamics and Thermal expansion in solids and liquids – Heat and Calorimetry – Latent Heat – Heat, work and the system- Reversibility-Reversible work- the state of working fluid – Conservation of energy and the First law of thermodynamics – Ideal Gas (as a working fluid) – Applications of the First Law of Thermodynamics – Reversible non-flow processes – Heat Engines and the Second Law of Thermodynamics – Heat Pumps and Refrigerators: The Carnot Cycle – Entropy; Changes in Entropy for Thermodynamic Systems – T- s diagram, Reversible processes on T-s diagram for a perfect gas – Heat Transfer – Fourier’s law of conduction – Newton’s law of cooling – The composite wall and the electrical analogy – Oscillatory Motion – Analysis model: Particle in simple harmonic motion – Energy of the simple harmonic oscillator – Wave Motion – Analysis Model: Traveling Wave – The Speed of Waves on Strings – The Doppler Effect.