We will define and analyse the physical magnitudes that allow us to characterise the different types of waves that exist, highlighting the importance of the nature of the physical medium in which the wave is propagating.
Attention will also be paid to the phenomena that waves can experience when they propagate in space, analysing: Huygens' principle, phenomena of reflection, refraction, diffraction, superposition and polarisation of waves and the Doppler effect.
What's included
1 reading1 plugin
Show info about module content
1 reading•Total 10 minutes
Fundamental ideas: Presentation of the course•10 minutes
1 plugin•Total 8 minutes
Presentation of the course•8 minutes
Introduction to the ondulatory movement
Module 2•2 hours to complete
Module details
What's included
1 reading6 assignments5 plugins
Show info about module content
1 reading•Total 10 minutes
Fundamental ideas: Introduction to the ondulatory movement•10 minutes
6 assignments•Total 45 minutes
First definitions•3 minutes
Wave classification•3 minutes
Characteristic magnitudes of the waves•3 minutes
Equation of a wave•3 minutes
Applying what we have learned•3 minutes
Module exam•30 minutes
5 plugins•Total 62 minutes
First definitions•18 minutes
Wave classification•1 minute
Characteristic magnitudes of the waves•13 minutes
Equation of a wave•13 minutes
Applying what we have learned•17 minutes
Simple harmonic movement (S.H.M)
Module 3•2 hours to complete
Module details
What's included
1 reading6 assignments5 plugins
Show info about module content
1 reading•Total 20 minutes
Fundamental ideas: S.H.M kinematic study•20 minutes
6 assignments•Total 44 minutes
Definition of S.H.M•3 minutes
S.H.M kinematic study•2 minutes
Dynamic study of the S.H.M•3 minutes
Damped S.H.M•3 minutes
Applying what we have learned•3 minutes
Module exam•30 minutes
5 plugins•Total 55 minutes
Definition of S.H.M•9 minutes
S.H.M kinematic study•12 minutes
Dynamic study of the S.H.M•13 minutes
Damped S.H.M•11 minutes
Applying what we have learned•10 minutes
Energy aspects
Module 4•3 hours to complete
Module details
What's included
1 reading6 assignments5 plugins
Show info about module content
1 reading•Total 20 minutes
Fundamental ideas: Energy aspects•20 minutes
6 assignments•Total 40 minutes
Energy and power associated with a wave•2 minutes
Intensity associated with a wave•2 minutes
Sound intensity•2 minutes
Attenuation and absorption of a wave•2 minutes
We apply what has been learned•2 minutes
Module exam•30 minutes
5 plugins•Total 94 minutes
Energy and power associated with a wave•14 minutes
Intensity associated with a wave•21 minutes
Sound intensity•22 minutes
Attenuation and absorption of a wave•22 minutes
We apply what has been learned•15 minutes
Wave phenomena I
Module 5•2 hours to complete
Module details
What's included
1 reading6 assignments5 plugins
Show info about module content
1 reading•Total 20 minutes
Fundamental ideas: Wave phenomena I•20 minutes
6 assignments•Total 45 minutes
Huygens principle•3 minutes
Wave reflection•3 minutes
Wave refraction•3 minutes
Diffraction•3 minutes
Applying what we have learned•3 minutes
Module exam•30 minutes
5 plugins•Total 63 minutes
Huygens principle•10 minutes
Wave reflection•15 minutes
Wave refraction•18 minutes
Diffraction•8 minutes
Applying what we have learned•12 minutes
Wave phenomena II
Module 6•2 hours to complete
Module details
What's included
1 reading5 assignments4 plugins
Show info about module content
1 reading•Total 10 minutes
Fundamental ideas: Wave phenomena II•10 minutes
5 assignments•Total 42 minutes
Polarization•3 minutes
Doppler effect•3 minutes
Wave overlap: interference and stationary waves•3 minutes
Applying what we have learned•3 minutes
Module exam•30 minutes
4 plugins•Total 56 minutes
Polarization•21 minutes
Doppler effect•13 minutes
Wave overlap: interference and stationary waves•13 minutes
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