Rock Cycle Transformations and Energy Flow gives Grade 7 science students focused practice with how rocks change through Earth's systems and how energy drives those transformations.

What students explore

Students trace how igneous, sedimentary, and metamorphic rocks change into one another. They explain how melting and cooling form igneous rocks, identify processes that move and transform material into sedimentary and metamorphic rocks, and connect rock-cycle transformations to energy transfer during plate tectonic and surface processes.

What students do

The worksheet combines multiple-choice questions, true-or-false statements, short-answer responses, dialogue, matching, a cloze passage, a labeled diagram, a reading passage, and an essay. These tasks give students opportunities to identify rock-cycle processes, explain transformations, interpret relationships between processes and energy transfer, and communicate scientific ideas in different response formats.

What the teacher receives

• Worksheet focused on rock cycle transformations and energy flow
• Separate Teacher Guide PDF with learning objectives, teaching tips, discussion questions, and common mistakes

Classroom use

Use this rock cycle worksheet as guided practice during an Earth's Systems lesson, independent science work, review after instruction, or a written check of students' understanding. The varied tasks also provide natural opportunities for classroom discussion and written explanation of rock-cycle processes.

Why it earns a place in your lesson

Instead of isolating rock types from the processes that connect them, this resource asks students to work with the transformations linking igneous, sedimentary, and metamorphic rocks while considering melting, cooling, material movement, surface processes, plate tectonics, and energy transfer. The accompanying Teacher Guide adds practical support for instruction, discussion, and addressing common mistakes.

Aligned to the NGSS framework, this resource keeps the focus on explaining Earth's systems through concrete rock-cycle transformations and energy flow.