The Power of Speed Sheets

Any distance runner will tell you that preparation for a longer run like a 10k or marathon incorporates not only distance training, but sprints as well. Athletes in general attest to the power of high-intensity interval training (HIIT). In our professional lives, we as educators often aim to set aside time for intense, focused grading and lesson planning. This same energy, when brought to the classroom, can greatly benefit student achievement.

One specific way of bringing this intensity to the classroom is through an activity called speed sheets. As the name implies, speed is the focus. Speed sheets take on many forms and variations, but the general objective is for students to do as much high-intensity math as they can in a brief window of time. Students are provided many problems and asked to answer as many of them as they can, independently and silently, in a concentrated burst.

One important note: the goal is for high-intensity (speed), not for high-rigor. Save the challenging brain-stretchers for other parts of the class.

Two examples of speed sheets are shown below; the left is for an Algebra II course, and the right for a Calculus course.

The Core Philosophy:

• Strategic Spiraling: Every grid is intentional. While many questions align with current Algebra or Calculus standards, others “spiral back” to foundational arithmetic skills or prerequisite content. This design aids students in developing their number skills and procedural fluency while facilitating the quick recall of previously learned material. For example, factoring practice primes a lesson on partial fraction decomposition, just as grids on the properties of exponents pave the way for a lesson introducing properties of logarithms.
• The Topic Shuffle: While many questions provide targeted prep for upcoming lessons, many are strategically randomized as well. Providing a speed sheet of 24 grids weekly adds up to about 100 questions every month across a wide breadth of topics. This consistent flow of practice is crucial for long-term retention, keeping older material fresh and preventing the all-too-common "I forgot how to do that" syndrome.
• Fluency Over Complexity: By the very nature of this activity, each grid is designed to be solved rapidly. By design, the questions are relatively straightforward and accessible to solve, with minimal cognitive workload. The “rigor” isn’t in the depth of the questions, but rather in their retrieval speed and the consistency of their recall. With a lower cognitive load, students focus solely on working through the grids as quickly as they can.
• The Joy Factor: Beyond the math, speed sheets are made to be fun and to bring joy to the classroom—something students look forward to, not dread. To keep the energy high and the stress low, try sprinkling in a few random trivia questions. Saving the final grid for a simple riddle or joke ensures that the speed sheets end with a smile, helping to build and maintain a joyous classroom culture.

The Logistical Framework 

• The 4-Minute Sprint: These 24-grid sprints are designed to be completed in four minutes. While the time and length can be scaled down for younger students or to meet your specific classroom needs, avoid extending either—anything longer turns a "sprint" into a "jog." Completion isn’t the priority—intensity is. If many students are finishing in the provided time, either dial up the rigor or tighten the clock to keep the high-intensity nature of the activity.
• Low-Stakes Assessment: Immediately after the sprint, students should correct their own work as the answers are read aloud to them. They count their own wins, and nothing else. To maintain the high-energy, low-stress, joyful nature of the activity, avoid grading for accuracy. If grading is a must, do so on effort or participation so that the focus stays on practice, not pressure.
  

Implementation Tips: 

• Maintain the Sprint: Regardless of the setup, speed sheets should be completed silently and independently by students to keep the intensity high.
• Integrity: As speed sheets are joyful and not graded on performance, any incentive for academic dishonesty virtually vanishes.
• Celebrate Growth: Small prizes—a pencil, an apple, or even a simple shout-out—work wonders for winners and/or those achieving personal bests.
• Flexible Timing: Use these as a focused warm-up at the start of class, or as a high-energy break halfway through a longer block period.
• Promote Progress: Focus on the trend. A student moving from a handful correct to “running out of fingers to count” is a wonderful success.

Final Thoughts:

Who among us hasn’t felt frustrated when a student hits a wall halfway through a lesson, not because of the content, but because they’ve forgotten the prerequisite material? It’s the math version of wearing the wrong shoes and tripping up halfway through the race, the classroom version of an own goal.

Speed sheets are not another heavy task or high-stakes hurdle for students. They are a whiff of fresh air in the math classroom—quick bursts of energy full of quick, confidence-building wins. They facilitate the strengthening of procedure and arithmetic skills while seamlessly promoting the recall of previous content.

So, grab a timer, sprinkle in some random trivia and a "dad joke" at the bottom of the page, and let your students loose. However you use it, keep it fast, keep it light, and keep it fun. There is nothing quite like the look on a student's face when they realize they’ve finally run out of fingers to count their own progress.

Ready? Set. Sprint.

Hooman Behzadpour has taught just outside of Newark, New Jersey, since 2012, when he joined Teach For America. In his 10+ years in the classroom, he found that destructive socio-economic forces can be overcome and that success can be found in any classroom. Hooman has experience working in a variety of courses, settings, and populations.In addition to his work at a public Title 1 school serving students of underserved backgrounds, Hooman also has years of experience teaching at the university level, where he teaches a Calculus 2 course; in a private all-girls school, where he has virtually taught AP® Calculus BC; with middle school students as part of an enrichment program for students with a passion for math; with the National Math and Science Initiative (NMSI) as an AP Calculus Coach for both students and teachers; and with College Board®, as an AP Daily Instructor and as an AP Reader for both AP Calculus AB and BC. Hooman has received many accolades for his work in the classroom, and recently transitioned to a coaching and consulting role, where he can work with educators in a variety of settings to increase the educational outcomes of their students. On a personal note, Hooman loves spending time with his wife and young daughters, as well as in various community-building projects and initiatives in his community.