Explore 30 worksheets related to predict and observe worksheets currently available in our library. Predict and Observe worksheets help elementary learners practice scientific thinking by making predictions, examining evidence, recording observations, comparing results, and explaining what they discover. These printable activities introduce age-appropriate scientific inquiry through pictures, simple investigations, everyday materials, weather, plants, animals, motion, and changes in matter. Teachers and parents can use them for science lessons, classroom centers, guided experiments, independent practice, and review.
Prediction or Observation? Sort the Statements
Help young scientists distinguish between a prediction about what might happen and an observation describing what can be seen, heard, or measured. Learners sort 12 short statements into two categories.
Look Closely: Record What You Notice
Learners practice careful observation by examining a detailed garden illustration and recording visible evidence about shapes, quantities, patterns, and locations.
What Happens to an Ice Cube?
Students predict what will happen to an ice cube in a warm room, record timed observations, and compare their initial ideas with the changes they notice.
Sink or Float? Make a Prediction
Children predict whether six familiar objects will sink or float, then record observed results after an adult-guided water investigation.
Plant Growth Prediction Journal
Students predict how a seedling may change and use a three-stage journal to draw and describe plant growth over several days.
Shadow Watch: Predict and Sketch
Learners predict how a shadow may change when the position of a light source changes, then sketch and compare two observations using a safe demonstration.
Which Material Absorbs More Water?
Students compare paper towel, tissue paper, and a piece of cloth by predicting and recording how each material behaves when exposed to the same small amount of water.
Weather Detective: Predict and Record
Children predict a near-future weather condition and compare it with recorded observations of clouds, wind, precipitation, and temperature.
Ramp and Roll: Predict the Distance
Learners investigate how a toy car travels down a ramp by predicting relative travel distances, measuring results, and identifying factors that may affect motion.
Magnet Test: What Will Stick?
Students predict which familiar objects may be attracted to a magnet, record the outcomes of a supervised test, and identify patterns in the materials tested.
Paper Airplane Predictions
Children predict which of three paper airplane designs will travel farthest, conduct consistent classroom trials, and compare recorded distances.
Which Surface Slows a Toy Car?
Learners compare toy-car movement on three surfaces and use measurements to investigate how surface texture relates to motion.
Dissolving Detective: Sugar in Water
Students predict how sugar behaves when stirred into water and compare observations of unstirred and stirred samples without confusing dissolving with disappearing.
Evaporation Watch: Where Did the Water Go?
Learners make a prediction about water left in a shallow dish and use observations over several days to explore evaporation and changes in liquid volume.
Sound Hunt: Predict What You Will Hear
Children predict the sounds they may hear in familiar environments and record observable evidence using sound descriptions and simple comparisons.
Animal Behavior: What Might Happen Next?
Students use simple animal behavior scenarios to make evidence-based predictions, identify visible clues, and distinguish a plausible prediction from a recorded observation.
Cloud Clues: Predict the Sky
Learners examine four simple cloud illustrations, record visible features, and make cautious predictions about possible weather while recognizing that clouds alone do not guarantee a forecast.
Seed Sprouting: Draw the Changes
Children sequence and sketch the stages they observe as a seed begins to sprout, comparing a starting prediction with evidence from a real or teacher-prepared sample.
Build a Bridge: Predict and Test
Students predict how much load a paper bridge can support, test two simple designs using teacher-approved materials, and record results to compare structural features.
Mystery Objects: Predict from the Clues
Students infer possible object identities from observable properties, write a prediction supported by clues, and distinguish evidence from assumptions.
Fair Test or Unfair Test?
Learners examine six investigation scenarios and identify whether a comparison is fair, then suggest which variable should remain consistent for meaningful evidence.
Sequence the Scientific Investigation
Students arrange the main stages of a simple investigation in a logical order, from asking a question and making a prediction to observing evidence and drawing a conclusion.
Observation or Inference? Find the Evidence
Students distinguish directly observed information from explanations or inferences in everyday science scenes and identify the evidence behind a reasonable inference.
Measure, Record, and Compare
Learners practice collecting numerical observations by measuring the length of three classroom objects, recording units, and comparing actual measurements with predictions.
What Changes When Water Gets Colder?
Students observe a teacher-guided cooling investigation, predict how the temperature of water changes, and record measurements at successive times.
Notice the Pattern: Compare Three Results
Learners analyze three fictional but internally consistent sets of simple observations, identify patterns, and make a prediction supported by the recorded evidence.
Fix the Scientist's Observation Notes
Students revise vague or assumption-filled observation notes into specific, evidence-based statements that describe what was actually seen or measured.
Design Your Own Predict-and-Observe Investigation
Students plan a simple investigation by writing a testable question, forming a prediction, identifying materials, recording observations, and reflecting on the evidence.
Predict and Observe: Mixed Science Challenge
This mixed review combines prediction selection, observation identification, data interpretation, sequencing, and evidence-based explanations in one integrated science challenge.
Predict and Observe Final Skills Check-Up
A comprehensive final assessment asks learners to distinguish predictions from observations, interpret investigation results, recognize fair-test conditions, and explain conclusions using evidence.