![Libo Valencia 🧮 MathPlay on X: "Last night #Calculus ss @LehmanCollege used a #SameButDifferent routine to review properties of the natural logarithm and differentiation rules.  #ITeachMath #MTBoS #MathisFun #MathChat #MathPlay #MathRocks # Libo Valencia 🧮 MathPlay on X: "Last night #Calculus ss @LehmanCollege used a #SameButDifferent routine to review properties of the natural logarithm and differentiation rules.  #ITeachMath #MTBoS #MathisFun #MathChat #MathPlay #MathRocks #](https://pbs.twimg.com/media/FC3NlLrXIAQEIdA.jpg:large)
Libo Valencia 🧮 MathPlay on X: "Last night #Calculus ss @LehmanCollege used a #SameButDifferent routine to review properties of the natural logarithm and differentiation rules.  #ITeachMath #MTBoS #MathisFun #MathChat #MathPlay #MathRocks #
![College Park Tutors - Blog - Calculus - An easier way to take the derivative of complicated logarithmic functions College Park Tutors - Blog - Calculus - An easier way to take the derivative of complicated logarithmic functions](https://collegeparktutors.com/blog/user/pages/a-derivative-that-looks-complicated-but-is-easy-if-you-know-the-trick/p005-extended-rules-of-logs.jpg)
College Park Tutors - Blog - Calculus - An easier way to take the derivative of complicated logarithmic functions
![Question Video: Differentiating a Composition of Logarithmic and Rational Functions Using the Chain Rule | Nagwa Question Video: Differentiating a Composition of Logarithmic and Rational Functions Using the Chain Rule | Nagwa](https://media.nagwa.com/215132594173/en/thumbnail_l.jpeg)