Overview

force, motion, and energy is the focus of this Grade 7 Science TEKS Lesson Bundle, designed to guide students from foundational motion ideas to force, friction, and energy transformations using 8 TEKS-aligned worksheets.

Students practice reading scenarios, interpreting representations, and building explanations with evidence as they connect Newton’s Laws, net force reasoning, and mechanical energy concepts.

What's Included

• ✅ Grade 7 Science | Motion Principles Worksheet | TEKS Aligned – Build understanding of motion variables and how they relate within common examples.
• ✅ Grade 7 Science | Newton's Laws Worksheet | TEKS-Aligned – Identify and apply Newton’s Laws to explain cause-and-effect changes in motion.
• ✅ Grade 7 Science | Speed Calculations Worksheet | TEKS-Aligned – Calculate speed accurately and interpret what the results mean in real contexts.
• ✅ Grade 7 Science | Net Force Worksheet | TEKS-Aligned – Determine net force and connect the value to the resulting motion.
• ✅ Grade 7 Science | Motion Graphs Worksheet | TEKS Aligned – Read and interpret motion graphs to describe velocity and change over time.
• ✅ Grade 7 Science | Mechanical Energy Worksheet Elena | TEKS Alligned – Practice distinguishing forms of mechanical energy and using them to reason about change.
• ✅ Grade 7 Science | Friction and Gravity Worksheet | TEKS Aligned – Analyze how friction and gravity influence motion in everyday situations.
• ✅ Grade 7 Science | Energy Types Worksheet | TEKS Aligned – Classify energy types and explain how energy transfers and transforms.

Skills & Standards

Aligned to the TEKS Science framework, this bundle supports students in using science practices to model, analyze, and communicate. Learners develop disciplinary core ideas related to forces and motion by applying Newton’s Laws, predicting motion based on net force, and interpreting relationships among speed, time, and distance.

Students engage in evidence-based reasoning by using given data or descriptions to justify claims about why an object speeds up, slows down, or changes direction. They also strengthen analytical skills through motion-graph interpretation, connecting slope and pattern to the motion represented.

Across the unit, students use cause-and-effect thinking to connect forces (including friction and gravity) to observable changes, and they connect energy concepts by recognizing how mechanical energy and other energy types relate to energy transfer and transformation.

Perfect For

• Teachers seeking structured instruction
• Sub plans
• Homework or review
• Intervention or centers
• Assessment preparation

How to Use

Plan for 1–3 weeks of multi-day instruction, sequencing the worksheets from motion principles into Newton’s Laws, then extending to calculations, net force, and motion graphs before finishing with friction/gravity and energy types.

Try a daily warm-up that previews a key skill (for example, a quick speed calculation or a one-question net force scenario), followed by guided practice using the matching worksheet pages. Use exit tickets after motion graphs and energy worksheets to assess interpretation and written explanations, and end the unit with a short review set that mixes force, motion, and energy questions.

Closing

With consistent TEKS-aligned practice, students build the reasoning and evidence-based explanations needed to master force, motion, and energy. ⚡