Added: 1 year ago
From: brightstorm2
Views: 10,930
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  • you explained that efficiently, accurately and in a way made easy for me to understand. thank you!

  • she always talks at this rate... love her speed, actually :) things sink in my head just as fast.

  • may b she had a target to finish..the video in 5 min..!! dats y..shes takng too fast..!! :(

  • Thank you very much, well explained!

  • Cut down on the caffeine! 

  • your tv is getting me excited

  • youre too excited

  • lol you know your stuff so well, I guess you cant help talking fast.

  • lololol she speaks so fast xD!

  • Shes pretty daman cute

  • Loving the death stare at 4:15... excellent clip though, helped a lot

  • talking way too fast for me to understand

  • i liked the part where they burned things

  • you have officially excited my electrons- great video

  • lol is this fast-forwarded...

  • !!yea i agree, she is talking fast, but daha,,, you have the pause button. you don't have -that- in class. ...... !!

  • i like the speed she is using .we gain more information in shorter amount of time.it is called as high efficiency.^^

  • oh god.. had to check twice if i was clicking a fast forward button but then i realised youtube doesn't have one .. well she did slow down after 2 min or so .. complaining set aside - thank you this helped way more than i can ever explain.. you just saved my sorry a** when it comes this chapter in my physics book

  • Brilliant video, lots of useful info, thanks alot.

  • You have 10 minutes to record the youtube video. Calm down! Very informative though, thanks.

  • she needs to calm down when she speaks

  • youre talking to fast

  • @jizjudah or maybe your listening TOO slow

    "to"--a preposition, indicating a direction (going to the store)

    "too"--- an adverb meaning "excessively" (talking TOO fast)

  • Comment removed

  • @joygillum You're a jack ass!

  • @refref2007 what an educated response lol

  • Somebody's electrons are at a higher energy level.

    o.O

    Nice work btw.

  • At 0:21 "from high energy gamma rays to very large energy..." That was mispoken since radio waves have the lowest energies of the EM spectrum.

  • Thanks for the help

  • thanks this helped

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