Graphing Logarithms with Transformations (Precalculus - College Algebra 56)

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Professor Leonard Merch: professor-leon...
How to use transformations that have been previously learned to graph logarithms efficiently.

[@alirada7827]

I know this video is about logarithmic functions, but those bicep GAINZ have been exponential!

[@ritalungu3396]

Lol

[@georgesadler7830]

Professor Leonard, thank you for reviewing and Graphing Logarithms with Transformations. The teaching style is just off the learning charts and KZbin is the place where real teachers teach.

[@윤하경-g4j]

Professor Leonard, a huge appreciation from the opposite side of the world, South Korea. I have done well on my quizzes and tests on calculus 3 because of your lecture! I was looking into your differential equations lectures and saw that there are still a few contents missing. Are you planning on covering the rest of differential equations contents? Thank you for your great commitment!

[@eobardrush2112]

Thats amazing congratulations. In South Korea do you do exams in English?

[@윤하경-g4j]

@@eobardrush2112 I'm actually an international student. I go to UIUC as a chemical engineering major.

[@bigshaqsmathematicalinstit3318]

He will wrap up DE and linear algebra after precalculus :)

[@윤하경-g4j]

@@bigshaqsmathematicalinstit3318 thank you! Do you know how long will it take him to finish covering pre calculus?

[@nothanks3987]

For anyone looking for a third key point for logs, I've been using (1/a, -1) and it really simplifies things for me! ETA: and of course you can use its inverse, (-1, 1/a) for exponentials!

[@Salman.khan786]

How can I use logarithms to find the curvature of those Biceps? 💪🏽 Cause damn yo! 👏🏽

[@bigshaqsmathematicalinstit3318]

You might need some calculus :)

[@JohnDoe-vp9ey]

Thank you, Professor Leonard, that was easy to understand

[@zeeshan7372]

THANKS for the beautiful content professor

[@nehaljhirmaria]

Like here if you want Professor Leonard to upload his Workout Routine!💪

[@actedofficial6802]

you helped me calculus1,2,3 kudos

[@dhuratabali11]

f(x)=log_x 0

[@TshepoMokgokong]

Watching this in 2024😂this is really helpful thanks professor 😂

[@eobardrush2112]

Hello Professor Leonard I was wondering will you cover Trigonometry in this course?

[@franciseylim11]

Yes, he will. We almost there.

[@lightningblaze5770]

the goat 🙏

[@NovaWarrior77]

My man.

[@kagiso2131]

Making maths easier thanks

[@lokeshyadav000]

very good sir

[@gollum2364]

Can u tell which precalculus vids of yours should i watch for calculus 1?

[@mirzuri]

Nice

[@kbryyl9378]

Trigonometry professor please

[@amoghshahi8012]

g(x) = 3 - 2log(x + 1) = -2 log(x+1) + 3 = log(x+1)^(-2) + 3 but the graphs of these are different why is that so?

[@therandomperson9627]

they aren’t equal. looking at the rules for logarithms the -2log(x+1) would be equivalent to -2log((x+1)^2). since the difference between both equations in the -2 exponent outside the log or inside the log makes the difference.

[@Clutcch]

56

[@wildchild1161]

Remember Go vote !

[@bigshaqsmathematicalinstit3318]

Done and done!

[@wildchild1161]

@@bigshaqsmathematicalinstit3318 Right on!

[@mahmoudemadtv3006]

Please doctor ,Can you make an Arabic translation in videos?