I have been struggling how to figure out a question like the one you gave as an example for a day. After watching your video it all makes so much sense! Thank you so much!
Dude I fucking love you I swear to god, I had the most important Mathematics exam in my life-time, because it's a college decision maker and I was almost crying, this shit helped me overcome my sadness, I fucking love you dude. Subscribed + Liked.
Seriously wish you were my teacher!!... not sure why I paid tuition to attend an in-person lecture while I could be watching your vids an learn SO much more! Thank you!
Outstanding. I've looked at lots of videos and other references that explain the relationships between exponential and logarithmic functions. This one puts the icing on the cake by tying everything together. Nice job!
This guy is a lifesaver!! I have been struggling with exponential and logarithmic functions for a while now but after watching these vids i finally understood what the hell is going on. Seriously thank you so much!!!!!!!!
why is it when you are expanding the logs the "x" goes after the log but the number goes out front as a coefficient ..so (2x+1) log4 goes to (2log4)(x) + log4 .. but why not (log4)(2x)+Log4 ???
Does anyone know how to do a simpler exponential equation? I have to do 5^x = 200 and solve for x but I have no idea how. I can't find the common base because 5 and 200 have no common base and I've tried using logs but I don't see how they can help
My 2 cents.... so at the end you have log(20)*x=log(8/5), isolation of x by dividing would give log(8/5)/log(20) ; this is not the quotient property of logs though, took me a minute to see it, have the log rules written down in front of you to easily cross reference when simplifying.