What are the basic properties of logarithms

👉 Learn all about the properties of logarithms. The logarithm of a number say a to the base of another number say b is a number say n which when raised as a power of b gives a. (i.e. log [base b] (a) = n means that b^n = a). The logarithm of a negative number is not defined. (i.e. it is not possible to find the logarithm of a negative number). There are some properties of logarithm which are helpful in simplifying and evaluating logarithm problems. Knowledge of these properties is a valuable tool in solving logarithm problems.

Organized Videos:
✅Evaluate Logarithms
✅Change of Base Formula
✅Rules of Logarithms
✅Logarithms | Learn About
✅How to Evaluate Logarithms with Radicals
✅How to Evaluate Logarithms with Fractions
✅How to Evaluate Logarithms
✅How to Evaluate Natural Logarithms
✅How to Evaluate Logarithmic Expressions

Connect with me:

#logarithmicfunctions #brianmclogan

[mrchills]

You're a life saver, thank you for this recording! Learned more on this than my online lecture

[l_a_h]

Thanks for making this explanatory video. I'm looking for materials to help my daughter solidify their skills in this area.
Note: At 1:13 Brian writes '= 1' for the first logarithm, but means '= 0'. Could be confusing for students.

[Sultan_A]

Very Good, Brian McLogan, Keep. It. Up ❤❤❤❤

[aakashkarajgikar]

3:07 To actually convert to exponential form, you should set that logarithm equal to x, or just write the "?".

[ghazal]

Would you do videos about integral? or if there is videos about it on this chanel can sb help me find it please?

[Garrotegarrote]

It is not a bad lecture. Conceptually speaking. A bit fast without the foundation of exponents.

[foxyelen]

You guys want me to algebraically explain it to you ?🤣😂

[FiPoSan]

is it weird the more I watch @brianmclogan the more I kind I fall in love with him.. sorry math?