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This will show you how to zoom in to make data look good, how to take snapshots of the views you like, and how to share your data in the repository. There is no sound…
IOLab Review: Zooming, Snapshots, and Sharing (no…
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When measuring time intervals it is important to account for uncertainty in selecting the starting and ending points of the interval.
Measuring time intervals
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Speed of sound measurement video
P211 Lab Practical Speed of Sound
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The overview for Physics 211 prelab 6
Prelab 6: Overview
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Prelab video discussion the different relevant assumptions that are made during a physics experiment.
Prelab 6: Assumptions
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This shows how to pair two remotes with one dongle, and how to analyze the data you record this way.
Using Two IOLab Remotes with One Dongle
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How to pair and un-pair a single remote with a single dongle, and how to tell what's going on by looking at the LEDs.
Pairing and Unpairing
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Explains how the IOLab sample rates depend on the combination of sensors that are selected
Sample Rates
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Explains how smoothing works
Smoothing IOLab Data
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Explains that the accelerometer is not noisy, just sensitive
Accelerometer Sensitivity
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Shows how to recall data, zoom in on data, analyze data, and share data
Zoom, Analyze, Share
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Introduction for Prelab 0 in Physics 211.
Welcome and Initial Introduction
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Shows how to select region for finding average acceleration and how to share this
Selecting and Sharing Data
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more details on re-zeroing the force probe
Re-zeroing the Force Probe
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An illustrated discussion of random experimental uncertainty, focusing on the comparison of numbers with uncertainty
Random Experimental Uncertainty Part 3
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An illustrated discussion of random experimental uncertainty, showing examples and a simulation.
Random Experimental Uncertainty Part 2
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An illustrated discussion of random experimental uncertainty
Random Experimental Uncertainty Part 1
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Students will learn how to apply simple harmonic motion for this prelab.
Prelab 11: Spring Constant and Simple Harmonic…
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Students will learn how to apply rotations for this prelab.
Prelab 7: Rotations
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Students will learn how to apply equilibrium for this prelab.
Prelab 10: Static Equilibrium
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Students will learn how to apply energy for this prelab.
Prelab 4: Getting Started With Energy
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Students will learn how to apply uncertainty for this prelab.
Prelab 3: Experimental Uncertainty
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Students will learn how to apply calibration for this prelab.
Prelab 2: Calibration and Data
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Students will learn how the the force probe works on IOLab devices.
Force Probe Teardown
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Students will learn how the the wheel sensor works on IOLab devices.
IOLab 101: The Wheel Sensor
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Students will learn how to apply kinematics for this prelab
Prelab 2: Kinematics
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An illustrated discussion of random experimental uncertainty, focusing on the comparison of numbers with uncertainty
Experimental Uncertainty Part 3
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