9. Frequency Response

MIT MIT 6.003 Signals and Systems, Fall 2011
View the complete course: ocw.mit.edu/6-0...
Instructor: Dennis Freeman
License: Creative Commons BY-NC-SA
More information at ocw.mit.edu/terms
More courses at ocw.mit.edu

[@sivabalaji5341]

The tutor and lecture was really classic . The way he introduced the damping with CD example makes me awesome and to stick on the seat.

[@MuhammedNecatiPolat]

What a lecture! Enlightened me about the nature of the frequency response.

[@MrMLehman]

Thank you Professor Freeman for demystifying negative frequencies.

[@vitito1843]

Best explanation of eigen functions

[@kiyoakimatsugae3175]

This is very clear!!!!!! I'm so grateful.

[@jonahansen]

Dang! Freeman is such a good teacher!

[@stearin1978]

39:00 is just *twice* the real part of that complex number

[@mrmeomun]

i think so

[@amanpratapsingh1243]

Yeah you right.

[@muhittinselcukgoksu1327]

Thank you so much.

[@Guitare_picking]

Classical gas !!!

[@dennisestenson7820]

30:45, could this imply that the wavefunction of quantum mechanics exists because the universe is a linear time-invariant system?!

[@thefabulousone6863]

Bruh universe is not a LTI system, it doesn't fall under that characterisation, and all that is no way in related to quantum mechanics, both are different field of study and maybe related but not like this, and not all wave functions are Eigen functions, the operators can be Eigen operators but they are different from LTI systems

[@sightseeer1349]

what was actually the song from the 1970 does anyone know?

[@07sanjeewakaru]

Iron Maiden fear of the dark....May be..but that was 90s

[@leonardodavinci3668]

The Joker of system identification...