Performance Standard 4: Assessment of and for Student Learning

The teacher systematically gathers, analyzes, and uses all relevant data to measure student academic progress, guide instructional content and delivery methods, and provide timely feedback to both students and parents throughout the school year.


Artifact 1: Derivative Card Match

For Standard Four, I chose a Derivative Card Match activity because it helps students understand concepts that are sometimes hard for them to grasp.  It also provides me with an alternate assessment tool to gauge students’ progress. Students are given a set of 32 cards consisting of sets that “match” in regards to the graph and description of the function and the derivative of the function respectively. Their goal is to arrange these cards into 8 sets of 4.

This activity is best designed for small groups of three to four thus providing students the opportunity to share their knowledge of functions, derivatives, and the graphs of each.  The task is challenging for them; I enjoy watching students to see what strategy they choose to use. They communicate their knowledge of the concepts in terms that they understand.  Once they have completed the task they randomly select a card with a graph of a function and then create three other cards that complete the set.  They design a PowerPoint presentation to share their cards with the class and explain the process that they used to complete the activity. Following the presentations students provide written feedback for the group that they felt gave the best presentation.

By observing students throughout this process I am able to better assess their mastery of the content. I find that the open discussion the students have with their classmates also helps them to gain a deeper understanding of the concepts.

Artifact 2: The Possibilities are “Limit” less

The study of limits is the first major concept covered in calculus.  Time is spent learning the basic rules for finding limits of functions including polynomial, rational, and trigonometric as well as functions that include radicals.  Practice in finding limits is essential for students to become familiar with the procedure; however, too much drill can become boring.  To break the monotony, but still continue practicing problems, students are charged with writing a story about a topic they wish to share with others, either about themselves or a special event in their life. 

The story must include 10 numbers.  For each number, the student must create a limit problem whose answer is that number, and replace the number in their story with the limit problem.  To introduce this activity, I share a story of an event in my life so they will have an example to follow. 

This activity offers students different avenues to express themselves and be creative while still keeping the focus on mathematics.  They become more involved in the mechanics of finding limits by searching for or creating problems yielding a solution needed to represent a number in their story.  On the day that the stories are due, each student receives someone else’s story and must “translate” it by finding the value of each limit problem.  Students enjoy the different pace offered by this activity, learning more about each other, as well as extending their knowledge of limits.