Università telematica internazionale UNINETTUNO

MOOC Massive Open Online Courses (Academic Year 2018/2019)

Physics I


Video professors: Sami Mahmood - Yarmouk University (Irbid City - Jordan)

Videolesson

Lesson n. 1: Units and standards
   Course material

   Lesson contents

   Introduction

   Physics: An Experimental Science

   Physical quantinites: Units and Standards

   Base units

   Derived units

   International System (SI)

   Unit prefixes

   Unit consistency
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Lesson n. 2: Vectors Analysis
   Lesson content

   Vector analysis

   Addition of vectors - graphical method

   Addition of vectors - analytical method

   Multiplying a vector by a scalar

   Scalar product of two vectors

   The vector product
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Lesson n. 3: Kinematics of a particle - part 1
   Lesson contents

   Kinematics

   Motion along a straight line

   Position, Velocity, Acceleration

   Average velocity

   Instantaneous velocity

   Speed

   Acceleration

   Motion with constant acceleration
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Lesson n. 4: Kinematics of a particle - part 2
   Lesson contents

   Free-fall acceleration

   Motion in two or three dimensions: Position, Velocity and Acceleration

   Projectile motion

   Horizontal and vertical movement

   The maximum height of the projectile

   The equation of the path

   The range of a projectile
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Lesson n. 5: Dynamics of a particle - part 1
   Lesson contents

   Dynamics: Forces

   Mass

   Newton'slaws of Mechanics

   Newton's first law

   Newton's second law

   Newton's third law

   Motion of particles

   Free body diagam
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Lesson n. 6: Dynamics of a particle - part 2
   Lesson contents

   Introduction

   Applying newton’s laws

   Friction
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Lesson n. 7: Dynamics of a particle - part 3
   Lesson contents

   Dynamics of circular motion

   Centripetal Force

   Energy and Kinetic Energy

   Work

   Work done by gravitational forces
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Lesson n. 8: Dynamics of a particle - part 4
   Lesson contents

   Work done by a variable force

   Work done by a spring force

   Power

   Potential energy and energy conservation

   Conservative and non-conservative forces

   Work, Potential and Kinetic energy
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Lesson n. 9: Dynamics of a particle - part 5
   Lesson contents

   Work and potential energy

   Work done by non conservative forces

   Calculating potential energy

   Mechanical energy and energy conservation

   Work done by non-conservative forces

   Conservation of total energy
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Lesson n. 10: Systems of particles - part 1
   Lesson contents

   The center of mass

   The center of mass of a system of particles

   The center of mass of rigid bodies
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Lesson n. 11: Systems of particles - part 2
   Lesson contents

   The center of mass - Symmetry considerations

   Newton’s second law for a system of particles

   Linear momentum
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Lesson n. 12: Systems of particles - part 3
   Lesson contents

   Linear momentum

   Conservation of linear momentum

   Collisions

   Collisions - Impulse

   Collisions - Conservation of momentum

   Elastic collisions: Conservation of energy

   Inelastic collisions

   Elastic collision in one dimension
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Lesson n. 13: Systems of particles - part 4
   Lesson contents

   Solving the problem of one dimensional elastic collision

   Inelastic collisions in one dimension

   Completely inelastic collisions

   Collisions in two dimensions
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Lesson n. 14: Mechanics of rigid body - part 1
   Lesson contents

   Motion of a rigid body

   Kinematics of a rigid body

   Angular position

   Angular displacement and angular velocity

   Angular acceleration

   Rotation with constant angular acceleration
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Lesson n. 15: Mechanics of rigid body - part 2
   Lesson contents

   Relations between linear and angular variables

   Kinetic energy of rotation

   Moment of inertia

   Dynamics of a rigid body

   Parallel axis theorem

   Torque
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Lesson n. 16: Mechanics of rigid body - part 3
   Lesson contents

   Torque

   Newton’s second law of rotation

   Work and rotational kinetic energy

   Angular momentum

   Conservation of angular momentum
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Lesson n. 17: Elements of fluid mechanics - part 1
   Lesson contents

   Fluids

   Density and pressure

   Fluids at rest

   Measuring pressure
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Lesson n. 18: Elements of fluid mechanics - part 2
   Lesson contents

   Pascal’s principle

   Archimedes’ principle

   Ideal fluids in motion

   The equation of continuity

   Bernoulli’s equation
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Lesson n. 19: Thermodynamics - part 1
   Lesson contents

   Thermodynamic Systems and Transformations

   Temperature

   The zeroth law of thermodynamics

   Thermodynamic Systems: Heat

   Temperature and heat

   Units of heat

   Heat capacity
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Lesson n. 20: Thermodynamics - part 2
   Lesson contents

   Heat capacity and specific heat

   Heat of transformation

   Heat and work
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Lesson n. 21: Thermodynamics - part 3
   Lesson contents

   First law of thermodynamics

   Special cases of the first law of thermodynamics

   Types of thermodynamic processes: Adiabatic and Isochoric processes
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Lesson n. 22: Thermodynamics - part 4
   Lesson contents

   Thermodynamic processes: Isobaric process

   Thermodynamics of boiling water

   Thermodynamic processes: Isothermal process

   Ideal gasses

   Isothermal expansion of an ideal gas

   The internal energy of an ideal gas

   Molar specific heats of an ideal gas
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Lesson n. 23: Thermodynamics - part 5
   Lesson contents

   Adiabatic expansion of an ideal gas

   Free expansion

   Principles of thermodynamics and heat engines

   Entropy

   Change in Entropy of a free expansion of an ideal gas

   Entropy Postulate modified
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Lesson n. 24: Thermodynamics - part 6
   Lesson contents

   Second law of thermodynamics

   Heat engines

   Carnot Engine

   Carnot Cycle

   Efficiency of a Carnot Engine

   Perfect engine

   Stirling Engine
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Lesson n. 25: Thermodynamics - part 7
   Lesson contents

   Refrigerators

   Example on heat engines
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Lesson n. 27: Didactic materials related to the entire course

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