Introductory Astronomy: Blackbody Spectra

[@jasonraine6593]

This is the best and easiest to understand explanation of black body radiation I have come across on TH-cam. Thank you for posting

[@samanthalin1740]

Great video!!! Makes understanding black body spectrum a lot easier!

[@Nicole-em3ce]

your videos are awesome!! great review for my astronomy midterm.

[@kennethvilla5359]

great source for understanding my assigned science fair project.

[@prashantshukla231]

Thanks sir you're awesomesome i had been trying to understand this for a week but now I have reached my destination..thanks a lot sir 👍👍👍👏👏👏👏👏👏🙏🙏🙏

[@silverchain5525]

Thanks bro, needed this for CIE chromaticity chart explanation. Keep up the good work!

[@diselino]

Thank you P.E.Robinson!!

[@lh776]

Hey, thanks for posting!

[@perobinson]

Hi Amanda, I think what I meant is that there is another video on Luminosity, and its relationship to the size and temperature of objects. That is very much related to the material covered in this video.

[@ThatYooChoobGuy]

Is the black body emission spectra the same irrespective of the material? That is to say, would the profile shape and wavelength at peak intensity be the same for, say, water and aluminium if both were at the same temperature?

[@mandypandy4279]

You mention another tutorial about Blackbody Radiation - is that already posted or will you be doing that shortly? I found this VERY helpful as I am really struggling with my intro class. THANK YOU SO MUCH!!

[@magicman198765432]

Dude you rock! Saved my day

[@khurshid1966]

Well presented

[@monikatobjasz1644]

very helpful, thank you!

[@jackcasali4180]

you saved my life

[@Portfelio]

Did Violet get left out on purpose

[@fearlessfierce8439]

really helpful

[@mbrcomp]

so thats rhe reason why a setting sun looks orange to red... nice.