## Physics (Mechanic - Elements of Heat)

Rectilinear motion , motion in the plane , vectors , laws of Newton, gravitational forces , gravitational acceleration determination by free fall , friction forces , determination coefficient of friction contact surfaces. Momentum , conservation of momentum , center of mass .Kinetic and potential energy, energy conservation law , work, power , conservative forces , relationship between force and dynamics energy . Rotational point and body angular acceleration determination , moment of inertia and friction torque smoothly rotating solid, overall mechanical condition of equilibrium . Angular point and solid conservation law angular momentum , precession. Simple harmonic oscillator , simple, complex and torsional pendulum , spring constant determination , acceleration of gravity with simple pendulum and solid inertia torque with dinimatiko pendulum. Movement restriction, generalized coordinates , motion equations Hamilton. Heat, determination coefficient of thermal conductivity , entropy , thermodynamic laws

### Objectives

Objectives of this course is to help the student to understand the basic laws of Mechanics and Heat, presenting them with clarity, brevity and precision. It contains methods and techniques for the determination of important physical quantities , based on translation , rotation , and oscillations of point mass and rigid body as well as Heat propagation .

### Prerequisites

Μathematics Ι (MATH101)

### Syllabus

Motion and Newton 's Laws , Gravity and friction forces, Momentum - Generalized Mechanics, Energy and work , Rotetional motion of a mass point and solid, Angular Momentum, Mechanical oscillations, Thermal properties of matter, Propagation of Heat mechanisms, Laws of thermodynamics.

COURSE DETAILS