Expanding Logarithmic Expressions

From Thinkwell's College Algebra
Chapter 6 Exponential and Logarithmic Functions, Subchapter 6.3 Properties of Logarithms

[@leowilliams1000]

"Gotta close the parentheses my god you'll get a draft" xD

[@angelastanciauskas3210]

THANK YOU, SIR! I am revisiting logarithms myself so I can help my son with this topic. You are a great teacher!

[@mingyvelazquez5987]

thank you so much I was having so much trouble with this chapter in my math book, you are so helpful!

[@drew48845]

You're good fun to watch - great videos! Thanks!

[@renewd]

Great stuff. Happy I found you.

[@mitchslawn6298]

THIS MAKES SO MUCH MORE SENSE NOW!!!!!!

[@Nana-gn3cq]

how come i just discovered you today T T You really make it fun!! Thank you so much!!

[@prashantdubey9430]

I know all this stuff but the reason I came here is to see the way u write numbers man.. it's so satisfying seeing number drawn on paper by the marker u hold.

[@edwardhaughney9665]

These videos are as good as any I have seen. MOMMA logs etc are a great way of presenting your ideas. Wonderful, plus you have a great theatrical manner which makes these videos capturing. Best

[@tienganhvacuocsong7943]

Wonderful sir. You make things become simpler.

[@BenavidesJorge]

you make math fun

[@bernadettedsa6214]

+BenavidesJorge so true

[@ExoticEgyptianBeauty]

You're amazing!!!

[@ShiningStarlightxx]

I love this guy

[@yesssirrskiii5925]

DYING! slow the speed down to 0.5 and watch the video again. Sounds/looks like a math lesson from Stoner Highschool lmao

[@pavelogloblin3320]

Stepan Stadnitiskiy I'm crying here, man

[@neon5863]

you're a demon

[@hloniphalisa4632]

you make maths simple thank you!

[@lorrainegalaura6340]

thank you so much!!!! God bless you!!!!

[@memerofmemes9800]

Thank you sir, I appreciate the video

[@fredrickabannor1214]

thanks a lot for the tutorials

[@ajayarunminj5676]

really good teaching

[@diannewilliams6343]

Thank you !

[@halo3boy1]

Now only if my exam questions were similar to these. lol

[@normalyoutubechannel3755]

Really my type of guy

[@rahafa2265]

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[@LorenAguilar]

BASED PROFESSOR BURGER SAVIOR TO US ALL

[@katiegaston1240]

how would you expand Ln 15x

[@julesls2k]

you rock!

[@hrishikeshenakolu8272]

If you would be my maths teacher. I would be a maths topper in my school . Its a awsome viedio

[@PaulGeorgeedassery]

Thank You :-) out of curiosities sake is there a way to simplify a log of a sum or diff. that is beyond the scope of this video?

[@ThinkwellVids]

Sure! Check out our other videos. Here's one on the basic properties of logarithms. kzbin.info/www/bejne/iIOlYpt4nsRsmck. And another on combining kzbin.info/www/bejne/qZLdnoOHaJiBqZY

[@ruskieguy969]

what about natural log ? ln?

[@mrannunaki6852]

could we use brackets?? like is this also correct? (1+logBASE3 A) - logBASE3 B

[@victorjunk8109]

the marker gives me asmr

[@bernadettedsa6214]

WOW

[@jaylakhani5568]

8.30. Isn't that a mistake where log c^3 is supposed to be log base 10 c ^3?

[@rorentin]

nah because common log is 10, so it's practically the same

[@justabunga1]

Near the end of the video, shouldn’t the answer be (2/5)log(abs(A))+(4/5)log(abs(B))-(3/5)log(C)? abs stands for absolute value. For the even integer powers, if you plug in negative values, it would yield a positive answer. By log properties, if we put without absolute values, it’s telling that the answer is undefined. Using he absolute values would show that the value can be negative, which would yield a positive answer,

[@stefanmelinte3581]

For the second problem, you forgot the +1

[@whatever5922]

Stefan Melinte no he didn’t forget it because he had already subtracted it

[@9102167j]

brain pains....