Home / Science / Printables / Grade 3 / Using a Pattern to Predict Using a Pattern to Predict is a free printable Grade 3 science worksheet on using a pattern in motion to predict future motion, aligned to Common Core standard 3-PS2-2. It prints 8 questions with an answer key on its own sheet of paper, in 25 versions that each ask different questions, so no two pupils in the class work from the same page. Print it from the browser or download it as a PDF — no account, no email.
One paper per pupil
Set 1 has all 25 in a single PDF. All 25 sets ask different questions.
Using a Pattern to Predict 3-PS2-2
Name Date
Circle the best answer.
1. Why can a repeated pattern be used to predict?
A. Predictions are guesses B. The same set-up gives about the same result each time C. Patterns are always exact 2. A marble takes 3 seconds down a ramp four times running. What do you predict?
A. About 3 seconds on the fifth run B. It will not roll C. 6 seconds 3. One try gives 9 swings. Is that enough to predict?
A. Yes, one is enough B. No, you need a hundred C. No, because one try might be unusual 4. Someone lengthens the string and predicts 9 swings again. What is wrong?
A. Longer string always means more swings B. The set-up changed, so the old pattern may not hold C. Nothing is wrong 5. A pendulum gives 9, 9, 10, 9 swings in ten seconds. What do you predict next?
A. It cannot be predicted B. About 9 swings C. About 20 swings 6. Your four tries give 9, 9, 10, 9. What makes the prediction trustworthy?
A. One try was 10 B. They are all different C. The four tries agree closely with each other 7. A swing takes the same time whether pushed hard or gently. What can you predict?
A. It will take that time on the next push too B. It will stop swinging C. A hard push will be quicker 8. What would make you stop trusting a motion pattern?
A. Results that stop agreeing with each other B. Doing more tries C. Writing them down LessonPrint · 3-PS2-2 · Set 16 · free to copy for classroom use
Answer key — Using a Pattern to Predict Set 16. Prints on its own sheet.
1. The same set-up gives about the same result each time 2. About 3 seconds on the fifth run 3. No, because one try might be unusual 4. The set-up changed, so the old pattern may not hold 5. About 9 swings 6. The four tries agree closely with each other 7. It will take that time on the next push too 8. Results that stop agreeing with each other Last reviewed 2026-09-05. Aligned to 3-PS2-2 of the Next Generation Science Standards.