Complex Exponential Function 2

[@garymassey7487]

Beautiful, intuitive explanation - the world needs more teachers like you. Chapeau

[@vikassamdare7013]

Dave, seriously you should do more such videos. That would pull many in engineering and applied math field out of academic pressure and depression cause due to not able grasp the subject. That was really WONDERFUL explanation. Let was like connecting all the dots.

[@g-man3273]

Thank you Dave. I really liked your explanation, Im an electrical engineer student, and I have seen alot of videos on this topic and none are as good as yours. I finally understand this topic thanks to you :)

[@angus2170]

Best explanation I have seen. Thanks :)

[@lighttangerinesky]

Really easy to understand because of your awesome explanation! Thanks

[@davidjohn2570]

Brilliant lectures, As engineers we are interested in the real component in modeling real world signal, it is true there exist 2 components real and imaginary in the abstract world, but it turns out the real components matches the signal phinomina in real life... So that source of engineering claiming there is only one component was inaccurate or didn't know how to explain the concept the right way... Thanks for your lectures they are so useful...

[@ninjaturtle205]

That was so awesome. I've been seeing that expression for an year now in my classes and was always confused that how can sinuosides be represented with exponentials.

[@sundarchannel]

Fantastic!!!! Really awesome! Now, it makes sense that why cosine/sine spectra has symettrical frequency (positive and negative)...

[@surendradorwal1280]

Great Explanation

[@MerlijnSebrechts]

Thank you! Really good explanation!

[@nazmapanjwani7936]

thanks! explained really well!!

[@davidbabic6121]

that was beautiful, still more to learn but that was nice!

[@natalioramirez6240]

What happens when for e^(jwt) you plug infinity for t? And for e^(-jwt)?

[@fuckyougoogle8019]

your videos are good, but im pretty sure you got an error in here, with sin(x), the complex exponential representation has i in the numerator and the minus is with the exponent that is positive

[@maxamedyasinsicid2629]

thanks that was great.

[@shiviarora4612]

fucking awesome man that's whats called making other to see through the equation really insightful thanks man really

[@mortezakhoshbin]

awsome thanks u alot

[@styno2010]

Thanks

[@bobwasherenotthere]

you were talking of cos(wt) but then plotted x=sin(wt) 2/10 would watch again

[@ibrahimgokpnar1675]

what is this f****g back groun sound it disturb