log base 3 of three is equal to one, so as long as you take the log base three one both sides you produce equivalent equations. In other words I took the log of base three to both sides. Its okay because I did it to both sides. I choose to take the log of base 3 because it would only leave me x on the left side, therefore allowing me to solve for my variable
Hey don't get frustrated bro! Remember that your students haven't been studying math as long as you. They might be having the same road blocks that you used to have a long time ago. So, just be patient with them. I still don't quite understand logarithms myself! :(
you can basically move the 3/4 exponent to the other side of the equation becoming a power of 2, only you have to take the reciprocal of the fraction: so X=2^4/3 . And x~2.52
For anyone who like me and Shean were confused about this: this is called the "Change of Base Rule." Which is one of the "Rules" for logarithms. Google it if you want to see more examples!
log base 3 of three is equal to one, so as long as you take the log base three one both sides you produce equivalent equations. In other words I took the log of base three to both sides. Its okay because I did it to both sides. I choose to take the log of base 3 because it would only leave me x on the left side, therefore allowing me to solve for my variable
your welcome
Accidently stumbled across the log definition "proof" I needed! Thanks :)
Hey don't get frustrated bro! Remember that your students haven't been studying math as long as you. They might be having the same road blocks that you used to have a long time ago. So, just be patient with them. I still don't quite understand logarithms myself! :(
shut up
thank you! this helped a lot. i couldn't figure out that you had to change the base of the log when you log both sides until now
perfect! happy to help you out
What about X^3/4 = 2? How do I solve it?
you can basically move the 3/4 exponent to the other side of the equation becoming a power of 2, only you have to take the reciprocal of the fraction: so X=2^4/3 . And x~2.52
Thanks for the help!!
Exactly 💯
Thank u
thank u so much
this guy's doing a pretty good impression of Kraftwerk's The Man Machine cover.
What's the process behind getting that log3 in the denominator: I am not catching that one.
For anyone who like me and Shean were confused about this: this is called the "Change of Base Rule." Which is one of the "Rules" for logarithms. Google it if you want to see more examples!
3^x=3^2
x=2
good stuff
x=2
wowwww thank u
Yay😂☺☺
stop giving him starey eyes!