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The Arizona STEM Acceleration Project

An Introduction to data collection with Pocketlab Voyager

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Collecting Data with PocketLab Voyager

A [6-12] grade STEM lesson

Nicholas Williams

6/1/2024

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Notes for teachers

The learning curve for collecting and analyzing data using the PocketLab Voyager can be steep, especially for younger students. This lesson is designed to introduce students to how to use the device, Pocketlab notebook, and analysis of data collected.

List of Materials

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Math Standards

A1.S-ID.A.1: Represent real-value data with plots

A1.S-ID.C.7 Interpret the slope as a rate of change and the constant term of a linear model in the context of the data

Science Standards

HS.P3U1.6 Collect, analyze, and interpret data regarding the change in motion of an object or system in one dimension, to construct an explanation using Newton’s Laws.

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Objective(s):

I can gather and analyse acceleration data using a PocketLab Voyager

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Agenda (lesson time)

5 min: Getting started with Pocketlab voyager Video

10 min: Students create and login to Pocketlab Notebook

30 min: Connect sensors. Collect and analyze data using Pocketlab Notebook assignment

10 min: Closure

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How to use a pocketlab Voyager to collect data

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Getting Started with PocketLab

  • Login to Pocketlab Notebook
  • Access the assignment “Intro to PocketLab”
  • With your group, follow the directions within the assignment

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Using PocketLab Notebook and Voyager

  • Connect your Voyager to your device
  • Record and Save a graph of acceleration

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Using PocketLab Notebook and Voyager

  • Connect your Voyager to your device
  • Record and Save a graph of acceleration
  • Manipulate the graph show the correct axis
  • What is the maximum acceleration of the x-axis?

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Assessment

PocketLab lab reports can be used as a formative assessment.

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Differentiation

The lab report in Pocketlab notebook can be altered so that some activities are shared between the group members or done individually as needed.

Remediation

Extension/Enrichment

Students can attach the device to an object, such as a ball, and analyse data from its movement.

Which dropped object has the fastest acceleration?