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Density Inquiry Lab Middle School Science Hands-On STEM Activity + Graphing NGSS
Density Inquiry Lab Middle School Science Hands-On STEM Activity + Graphing NGSS
Density Inquiry Lab Middle School Science Hands-On STEM Activity + Graphing NGSS
Density Inquiry Lab Middle School Science Hands-On STEM Activity + Graphing NGSS
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Description

Engaging STEM activity: middle school density lab with measurement, graphing, and calculation. Aligned with NGSS.

Bring STEM to life with this hands-on density lab for middle school students! This inquiry-based activity integrates science and math as students measure, calculate, and graph to explore the concept of density using rubber stoppers.


What's Included:

  • 1-page student instruction sheet (print)
  • 1-page teacher instruction sheet (print)
  • 4-slide digital student instructions, easily linkable to LMS like Google Classroom

Key Features:

  • STEM Integration: Combines science and math through measurement, data analysis, and graphing.
  • Lab Skills: Develops precision, equipment handling, and lab safety.
  • Data Handling: Teaches recording, organizing, and analyzing data.
  • Measurement Techniques: Uses water displacement to find volume.
  • Graphing and Calculation: Students graph mass vs. volume and calculate slope to determine density.
  • Skill Development: Enhances organizational, teamwork, and critical thinking skills.
  • Standards Alignment: Aligned with NGSS MS-PS1-2.

How to Use:

Perfect for middle school science classrooms, this lab encourages collaborative learning. Students work in groups to measure the mass and volume of rubber stoppers, calculate densities, and create graphs to understand the relationship between mass and volume. This activity not only reinforces scientific concepts but also strengthens mathematical skills through practical application.


Students will:

  • Practice proper lab techniques using low-cost and safe materials.
  • Record and organize experimental data in table format.
  • Measure dry mass accurately.
  • Determine volume via water displacement.
  • Optionally compile class data for extended analysis.
  • Create graphs, draw lines of best fit, and calculate slopes to find density.


Part of a Bundle:
This lab is included in the Density Inquiry Labs Graphing Mathematical Problem Set, offering a comprehensive unit on density with additional resources.


Click here to follow my store and receive the latest updates.

Original Artwork (©AwesomeScience). For Personal Use Only. Uneditable.

Page count does not include Terms of Use and links to supplementary activities.

Copyright ©AwesomeScience 2013 – The Present.

All Rights Reserved by Author.

By using this Resource you agree to the Terms as outlined in the Terms of Service. This Resource is for limited Personal Use only; not to be used, in part or in whole, for commercial purposes. Each Individual License is for use by one specific educator only. Additional licenses must be purchased for each additional educator. Except as permitted in Section 3 to deliver Resources electronically to Permitted Recipients, you may not post or otherwise make the Resource available on any website, application, shared drive or other sites or services.

Report this resource to TPT
Reported resources will be reviewed by our team. Report this resource to let us know if this resource violates TPT's content guidelines.

Density Inquiry Lab Middle School Science Hands-On STEM Activity + Graphing NGSS

AwesomeScience
3.3k Followers
$1.50

Highlights

Digital downloads
Grades icon
Grades
6th - 9th, Adult Education
Standards icon
Standards
Pages
2-print(pdf), 4-digital(Easel)
Answer Key
Included
Teaching Duration
90 minutes

Save even more with bundles

6-resource Middle School Density Bundle for grades 6-8 Physical Science & STEM. Includes 2 NGSS-aligned project-based hands-on labs, leveled math word problems, graphing activities, and 2 auto-grading digital interactive sets with complete answer keys.This Middle School STEM Density Bundle inclu
Price $9.00Original Price $10.00Save $1.00
6

Description

Engaging STEM activity: middle school density lab with measurement, graphing, and calculation. Aligned with NGSS.

Bring STEM to life with this hands-on density lab for middle school students! This inquiry-based activity integrates science and math as students measure, calculate, and graph to explore the concept of density using rubber stoppers.


What's Included:

  • 1-page student instruction sheet (print)
  • 1-page teacher instruction sheet (print)
  • 4-slide digital student instructions, easily linkable to LMS like Google Classroom

Key Features:

  • STEM Integration: Combines science and math through measurement, data analysis, and graphing.
  • Lab Skills: Develops precision, equipment handling, and lab safety.
  • Data Handling: Teaches recording, organizing, and analyzing data.
  • Measurement Techniques: Uses water displacement to find volume.
  • Graphing and Calculation: Students graph mass vs. volume and calculate slope to determine density.
  • Skill Development: Enhances organizational, teamwork, and critical thinking skills.
  • Standards Alignment: Aligned with NGSS MS-PS1-2.

How to Use:

Perfect for middle school science classrooms, this lab encourages collaborative learning. Students work in groups to measure the mass and volume of rubber stoppers, calculate densities, and create graphs to understand the relationship between mass and volume. This activity not only reinforces scientific concepts but also strengthens mathematical skills through practical application.


Students will:

  • Practice proper lab techniques using low-cost and safe materials.
  • Record and organize experimental data in table format.
  • Measure dry mass accurately.
  • Determine volume via water displacement.
  • Optionally compile class data for extended analysis.
  • Create graphs, draw lines of best fit, and calculate slopes to find density.


Part of a Bundle:
This lab is included in the Density Inquiry Labs Graphing Mathematical Problem Set, offering a comprehensive unit on density with additional resources.


Click here to follow my store and receive the latest updates.

Original Artwork (©AwesomeScience). For Personal Use Only. Uneditable.

Page count does not include Terms of Use and links to supplementary activities.

Copyright ©AwesomeScience 2013 – The Present.

All Rights Reserved by Author.

By using this Resource you agree to the Terms as outlined in the Terms of Service. This Resource is for limited Personal Use only; not to be used, in part or in whole, for commercial purposes. Each Individual License is for use by one specific educator only. Additional licenses must be purchased for each additional educator. Except as permitted in Section 3 to deliver Resources electronically to Permitted Recipients, you may not post or otherwise make the Resource available on any website, application, shared drive or other sites or services.

Report this resource to TPT
Reported resources will be reviewed by our team. Report this resource to let us know if this resource violates TPT's content guidelines.

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Standards

to see state-specific standards (only available in the US).
NGSSMS-PS1-2
Analyze and interpret data on the properties of substances before and after the substances interact to determine if a chemical reaction has occurred. Examples of reactions could include burning sugar or steel wool, fat reacting with sodium hydroxide, and mixing zinc with hydrogen chloride. Assessment is limited to analysis of the following properties: density, melting point, boiling point, solubility, flammability, and odor.
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