Description
Need a clear way to teach students how to plan and carry out science experiments as part of the scientific method? This Planning & Conducting Experiments Slides & Notes resource helps students understand how scientists design fair tests, follow procedures, collect accurate data, and use repeated trials to make experiment results more reliable.
This lesson is ideal for introducing or reviewing the planning and testing part of the scientific method before students begin labs, STEM challenges, science fair projects, or hands-on investigations. Students learn that strong experiments do not just “happen”—they require careful planning, clear materials, step-by-step procedures, controlled variables, accurate data collection, and honest observations.
With structured slides, guided notes, discussion prompts, and built-in practice, students stay engaged while building the skills they need to complete science experiments with more confidence and independence.
What’s Included
- 32 teaching slides
- PowerPoint and Google Slides versions
- 6 pages student guided notes
- Student notes answer key
- Built-in discussion prompts
- Fair test practice
- Materials and procedure examples
- Repeated trials practice
- Data collection examples
- Scenario-based activities
- Quick check/review slide
- Exit ticket questions
Science Content Included
- Why planning matters in science experiments
- How planning connects to the scientific method
- Materials lists
- Step-by-step procedures
- Fair tests
- Controlled variables/constants
- Why scientists test one variable at a time
- Why procedures must be clear and repeatable
- How scientists follow procedures during an experiment
- How to collect accurate data
- How to record observations honestly
- Repeated trials
- How repeated trials help make results more reliable
- Common mistakes that can affect experiment results
- Real-world examples and student-friendly practice scenarios
Standards Alignment
This resource supports science and engineering practices related to planning and carrying out investigations, controlling variables, collecting data, using evidence, and communicating scientific procedures. It is a strong lesson for upper elementary and middle school science classes before students begin independent labs, group experiments, STEM challenges, or science fair investigations.
How This Resource Works
Students build understanding step by step:
- Begin with a real-world experiment planning scenario and discussion prompt
- Learn why planning is an important part of the scientific method
- Identify what should be included in a strong materials list
- Learn how to write and follow clear step-by-step procedures
- Understand how fair tests help scientists collect trustworthy results
- Learn why scientists keep constants the same and test one variable at a time
- Practice identifying problems in experiment plans
- Learn how repeated trials can make results more reliable
- Connect planning and conducting experiments to future data analysis and conclusions
- Review key ideas with a quick check and exit ticket
This lesson focuses on helping students understand how to plan and carry out fair, organized investigations—not just complete a lab activity.
Why Teachers Love This Resource
- Helps students understand how to plan science experiments before they begin testing
- Connects experiment planning directly to the scientific method
- Gives students a clearer understanding of fair tests and why they matter
- Helps students write and follow better procedures during labs
- Supports accurate data collection and honest observation habits
- Explains repeated trials in a simple, practical way
- Gives students repeated practice with realistic experiment scenarios
- Works well before labs, STEM challenges, science fair projects, or independent investigations
- Minimal prep required — just print the notes and teach
This scientific method slides & guided notes resource gives students the planning and investigation skills they need before moving into data tables, graphing, analyzing results, and writing evidence-based conclusions.
➡️ Save with the Scientific Method Slides & Notes Bundle
This resource is also included in my Scientific Method Slides & Guided Notes Bundle, a complete set of lessons that helps students build scientific method skills step by step—from observation vs inference and testable questions to variables, experiments, and analyzing data.
➡️ Continue building your Scientific Method unit with the other Slides & Notes resources in this series:
- Introduction to the Scientific Method Slides & Notes
- Observations and Inferences Slides & Notes
- Testable Questions & Hypotheses Slides & Notes
- Variables & Constants Slides & Notes
- Data, Graphs, & Analyzing Results Slides & Notes
Terms of Use
Copyright © Amy Pinkerton at Teaching Works. All rights reserved by the author. This product is to be used by the original purchaser only. Copying for more than one teacher, classroom, department, school, or school system is prohibited.
Science Experiments Scientific Method Slides & Guided Notes Fair Tests Lesson
Highlights
Save even more with bundles
Description
Need a clear way to teach students how to plan and carry out science experiments as part of the scientific method? This Planning & Conducting Experiments Slides & Notes resource helps students understand how scientists design fair tests, follow procedures, collect accurate data, and use repeated trials to make experiment results more reliable.
This lesson is ideal for introducing or reviewing the planning and testing part of the scientific method before students begin labs, STEM challenges, science fair projects, or hands-on investigations. Students learn that strong experiments do not just “happen”—they require careful planning, clear materials, step-by-step procedures, controlled variables, accurate data collection, and honest observations.
With structured slides, guided notes, discussion prompts, and built-in practice, students stay engaged while building the skills they need to complete science experiments with more confidence and independence.
What’s Included
- 32 teaching slides
- PowerPoint and Google Slides versions
- 6 pages student guided notes
- Student notes answer key
- Built-in discussion prompts
- Fair test practice
- Materials and procedure examples
- Repeated trials practice
- Data collection examples
- Scenario-based activities
- Quick check/review slide
- Exit ticket questions
Science Content Included
- Why planning matters in science experiments
- How planning connects to the scientific method
- Materials lists
- Step-by-step procedures
- Fair tests
- Controlled variables/constants
- Why scientists test one variable at a time
- Why procedures must be clear and repeatable
- How scientists follow procedures during an experiment
- How to collect accurate data
- How to record observations honestly
- Repeated trials
- How repeated trials help make results more reliable
- Common mistakes that can affect experiment results
- Real-world examples and student-friendly practice scenarios
Standards Alignment
This resource supports science and engineering practices related to planning and carrying out investigations, controlling variables, collecting data, using evidence, and communicating scientific procedures. It is a strong lesson for upper elementary and middle school science classes before students begin independent labs, group experiments, STEM challenges, or science fair investigations.
How This Resource Works
Students build understanding step by step:
- Begin with a real-world experiment planning scenario and discussion prompt
- Learn why planning is an important part of the scientific method
- Identify what should be included in a strong materials list
- Learn how to write and follow clear step-by-step procedures
- Understand how fair tests help scientists collect trustworthy results
- Learn why scientists keep constants the same and test one variable at a time
- Practice identifying problems in experiment plans
- Learn how repeated trials can make results more reliable
- Connect planning and conducting experiments to future data analysis and conclusions
- Review key ideas with a quick check and exit ticket
This lesson focuses on helping students understand how to plan and carry out fair, organized investigations—not just complete a lab activity.
Why Teachers Love This Resource
- Helps students understand how to plan science experiments before they begin testing
- Connects experiment planning directly to the scientific method
- Gives students a clearer understanding of fair tests and why they matter
- Helps students write and follow better procedures during labs
- Supports accurate data collection and honest observation habits
- Explains repeated trials in a simple, practical way
- Gives students repeated practice with realistic experiment scenarios
- Works well before labs, STEM challenges, science fair projects, or independent investigations
- Minimal prep required — just print the notes and teach
This scientific method slides & guided notes resource gives students the planning and investigation skills they need before moving into data tables, graphing, analyzing results, and writing evidence-based conclusions.
➡️ Save with the Scientific Method Slides & Notes Bundle
This resource is also included in my Scientific Method Slides & Guided Notes Bundle, a complete set of lessons that helps students build scientific method skills step by step—from observation vs inference and testable questions to variables, experiments, and analyzing data.
➡️ Continue building your Scientific Method unit with the other Slides & Notes resources in this series:
- Introduction to the Scientific Method Slides & Notes
- Observations and Inferences Slides & Notes
- Testable Questions & Hypotheses Slides & Notes
- Variables & Constants Slides & Notes
- Data, Graphs, & Analyzing Results Slides & Notes
Terms of Use
Copyright © Amy Pinkerton at Teaching Works. All rights reserved by the author. This product is to be used by the original purchaser only. Copying for more than one teacher, classroom, department, school, or school system is prohibited.
