precalculus 12 Exponential and Logarithmic Functions
Specific Curriculum Outcomes
RF07 Demonstrate an understanding of logarithms.
*Note RF07.03 Includes the number e, Euler's number, and natural logarithms. This is part of the NS curriculum but not the WNCP Curriculum. There are no problems in the textbook relating to e or ln but there are a number of activities and problems in the curriculum guide.
RF08 Demonstrate an understanding of the product, quotient and power laws of logarithms.
RF09 Graph and analyze exponential and logarithmic functions.
RF10 Solve problems that involve exponential and logarithmic equations.
RF07 Demonstrate an understanding of logarithms.
*Note RF07.03 Includes the number e, Euler's number, and natural logarithms. This is part of the NS curriculum but not the WNCP Curriculum. There are no problems in the textbook relating to e or ln but there are a number of activities and problems in the curriculum guide.
RF08 Demonstrate an understanding of the product, quotient and power laws of logarithms.
RF09 Graph and analyze exponential and logarithmic functions.
RF10 Solve problems that involve exponential and logarithmic equations.
RF07 activities
 Quick Thoughts on Logarithms from Sara VanDerWerf  Sara suggests a number of activities regarding how to introduce the concept of logarithms in your class.
 Logarithm Tarsia Jigsaw Puzzles from Elissa Miller  Elissa shares two jigsaw puzzles to practice logarithms and also talks about the Tarsia program used to create them.
 Logarithms Clothesline from Caitlyn Gironda  Ask students to design logarithm questions given a set of answers. The next day, use these expressions to have students sort them and place them in the correct order on a hanging clothesline.
 Logarithm War from Kate Nowak  Students take turns mentally evaluating and comparing the values of log expressions using the card game War. Jimmy Pai also posted a version of this game that includes trig values to include some retrieval practice.
 Add 'em up: Logarithm Review Activity from Sara VanDerWerf  Sara describes an review activity she uses for logarithms. Students work in groups to solve a set of problems. If they are not all correct, they have to problem solve to find out which answer(s) are wrong.
 Calculating e by Hand  Pick a random number between 0 and 1. Repeat until the sum of the numbers picked is >1. On Average, this will take e picks. You can turn this into an investigation by rolling dice in a variety of ways.
 e (Euler's Number) video from Numberphile  Dr James Grime discusses "e"  the famed Euler's Number.
RF08 Activities
 Exponents & Logarithms the MTBoS way from John Rowe  John describes a number of activities he uses to teach exponents and logarithms.
RF09 Activities
 Folding Paper More than Seven Times from Mythbusters  "A popular myth exists that one can only fold a single piece of paper in half, seven, maybe eight times at most. To squelch this popular myth, the folks over at Mythbusters did what any “rational” person might attempt; they produced an enormous sheet of paper, something roughly the size of a football field. Together with a team of their accomplices, a steam roller and a forklift, they successfully folded this enormous sheet eleven times." from Relatively Interesting. There are lots of great classroom activities using this idea.

 Exponentials Polygraph Activity from Desmos  This Custom Polygraph is designed to spark vocabularyrich conversations about exponentials, including how they differ from linear functions. Key vocabulary that may appear in student questions includes: increasing, decreasing, intercept, rate, asymptote, and curve.
 Marbleslides: Exponentials from Desmos  In this delightful and challenging activity, students will transform exponential functions so that the marbles go through the stars. Students will test their ideas by launching the marbles, and have a chance to revise before trying the next challenge.
RF10 Activities
 Plotting the Planets from Underground Maths  In this resource, students use logarithms to explore real data, investigate relationships and produce modelling formulae.
 Creating a Need for Logarithms with Zombies from Julie Reulbach  Students are turning into Zombies at an exponential rate! How many hours until the entire student body is ALL Zombies? Solving this problem without logarithms will take some persistence and trial and error. Once students have a good idea of the solution, show them how to use logarithms to find the exact answer.