Help your students build real understanding of motion changes after collisions through ninety questions that move from basic recognition to genuine reasoning about how science works.
The set includes questions like "If a bowling ball strikes a pin, which will experience the greatest change in motion?", "When two identical rubber balls collide, what happens to their speeds?", and "If a tennis ball hits a brick wall, what can be predicted about its motion afterward?"
Because the three worksheets share the same content in three different formats, you can spread them across the week: one for diagnosis, one for practice, and one for assessment, without repeating a single question.
This set is part of a standards aligned science unit. The unit also covers Motion with Speed and Direction, Connecting Motion to Kinetic Energy, Motion in Different Directions, Relating Net Force to Motion Changes, Mass and Its Effect on Motion, and Introducing Friction as a Force, all in the same three worksheet format, so your classroom routine stays familiar while the topic changes.
Suitable for Grade 5 science classes, and for review at any point in the school year. This set is aligned to Virginia SOL standard 5.3.d.
