LAB - Newton's Second Law of Motion - Relating Mass, Force, and Acceleration

LAB - Newton's Second Law of Motion - Relating Mass, Force, and Acceleration
LAB - Newton's Second Law of Motion - Relating Mass, Force, and Acceleration
LAB - Newton's Second Law of Motion - Relating Mass, Force, and Acceleration
LAB - Newton's Second Law of Motion - Relating Mass, Force, and Acceleration
LAB - Newton's Second Law of Motion - Relating Mass, Force, and Acceleration
LAB - Newton's Second Law of Motion - Relating Mass, Force, and Acceleration
LAB - Newton's Second Law of Motion - Relating Mass, Force, and Acceleration
LAB - Newton's Second Law of Motion - Relating Mass, Force, and Acceleration
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  1. Bundle Overview: This unit bundle contains all resources needed for a typical middle school physics unit on forces and Newton's laws of motion. The bundle contains a unit PPT and corresponding student summary notes, worksheets, lab activities, formative quizzes, review exercises, a PPT unit review
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Product Description
A 4-page lab activity that challenges students to investigate Newton’s second law of motion by determining the relationship between mass, net force, and acceleration of an object.

In this activity, students are provided a Ping-Pong ball, a glass marble or ball bearing (equivalent in size to the Ping-Pong ball) and a rigid wooden ruler. Students are to pull back the ruler to hit the ball or marble/bearing while observing the acceleration of the object qualitatively. This is the basic procedure, which is then modified by the students to perform the rest of the activity.

Then, in a series of 3 mini-investigations, students are asked to change either (1) the mass of the object (by alternating between the Ping-Pong ball and glass marble/bearing); or (2) the size of the net force (by pulling the ruler back further before striking the objects) to determine the relationship between mass, net force, and acceleration.

This lab activity arose because I wanted to a simple lab that investigated the relationship between mass-acceleration and force-acceleration without having to use complicated force sensors or perform in-depth calculations. This engaging activity, with only 3 materials to provide, is both easy to prepare and to perform. This student-directed activity typically takes pupils half a class period to complete. This gives educators time to review the lab with their students, relating it back to Newton’s second law of motion and the equation Fnet = ma, which is simply a mathematical representation of the relationship students discover on their own.


Investigations That Students are to Perform:

- Keeping the net force (Fnet) the same while changing the mass of an object
- Keeping the mass the same while changing the net force (Fnet) on an object
- Changing the net force (Fnet) in order to give 2 differently-massed objects the same acceleration


Lab Techniques Addressed by This Activity:

- Following a procedure
- Changing the independent variable
- Determining acceleration of an object (qualitatively)
- Analyzing data


Full Answer Key with Sample Answers:

- The product features a full answer key with sample student responses


Downloadable in 2 Formats:

- This worksheet comes in 2 formats: a static PDF document and fully-editable WORD document
- Download the full PDF preview to see EXACTLY what you are getting!


Relevant CC Standard(s) and/or NGSS Core Idea(s) Addressed by This Product:

NGSS - MS-PS2.A
Physical Science – Motion and Stability: Forces and Interactions


You Might Also Like:

UNIT BUNDLE - Forces and Newton's Laws

PPT - Forces
PPT - Identifying Forces in Action
PPT - Jeopardy Game: Forces Review

Unit Overview & Key Words - Forces Unit
Worksheet - What Are Forces? (An Introduction)
Worksheet - What is Friction?
Worksheet - Gravity: Weight vs. Mass
Worksheet - Newton's Laws of Motion (An Introduction)
Worksheet - Drawing Free Body or Force Diagrams
Worksheet - Determining the Net Force
Worksheet - F=MA Word Problems (Part 1)
Worksheet - F=MA Word Problems (Part 2)
Worksheet - Momentum (P=MV) Word Problems (Part 1)
Worksheet - Momentum (P=MV) Word Problems (Part 2)
Lab - Newton's First Law of Motion
Lab - Newton's Second Law of Motion
Lab - Newton's Second and Third Laws of Motion
Quiz - What are Forces?
Quiz - Drawing Free Body Diagrams
Quiz - Newton's Laws of Motion (Multiple Choice)
Quiz - Newton's Laws of Motion in Action (Part 1)
Quiz - Newton's Laws of Motion in Action (Part 2)
Quiz - F=MA (Newton's Second Law) Word Problems
Unit Review - Forces
Unit Test - Forces


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Terms of Use:

Copyright © Douglas Enns. All rights reserved by author. This product is to be used by the original downloader only. Copying for more than one teacher, classroom, department, school, or school system is prohibited. This product may not be distributed or displayed digitally for public view. Failure to comply is a copyright infringement and a violation of the Digital Millennium Copyright Act (DMCA). Clipart and elements found in this document are copyrighted and cannot be extracted and used outside of this file without permission or license. Intended for classroom and personal use ONLY.
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