Curso de termodinámica, otoño 2017, lectura y práctica

Compañeros del curso de termodinámica, les dejo los siguientes enlaces para comenzar a leer sobre diagramas de fase termodinámicos y mineralogía

http://www.revistareduca.es/index.php/reduca-geologia/article/view/1753/1758

http://www2.uned.es/cristamine/mineral/quimica/quim_term_diag.htm

saludos cordiales

Special work of modern physics course, number 3

On this same blogger page, look for the video "X ray interactions with matter". 

Analyze it and make a mind map. 

Deliver next Monday, October 23^Th

Greetings

Homework of modern physics course, number 3

Dear students... 

solve the following problems

Present these problems on Thursday 19^Th, at the class time.

I wish you success

Fundamentals of modern physics, fall course, task number two

Very dear classmates

Using Planck law, show that for very high frequencies we have the Wien law.

What do you interpret from that result?

From Planck's black body law, deduce the Wien displacement law

“hand in hand” with number one task

With best wishes, sincerely

Fundamentals of Modern Physics, fall, course, task number one

Very dear students

Using Planck law, show that for very low frequencies we have the Rayleigh-Jeans law.

Give it to me next September 11^th

With best wishes sincerely

Fundamentals of modern physics, fall course, special research work number 2

Dear classmates

Using the Planck law, make a spectrum of blackbody radiation graph at various temperatures. Make it in intervals of frequencies and of wavelength. The computer program is of free choice.


 

I would suggest that each curve of the spectrum be of different color.

I send you a fraternal greeting


Give it to me next September 27th

Fundamentals of modern physics, fall course. Special research work number 1

Dear classmates

To investigate applications of the electromagnetic field  in earth science, at low frequencies and at high frequencies (for each spectral window).

Give it to me next September 27^th

Excellent weekend!!!