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9 viewsAdded 2026-06-19Updated 2026-08-20v16: This is the latest version.

Overview

Summary

Uses real clinical fluid samples for viscosity measurements. Pre/post concept assessments included. Adaptable for 2-hour or 3-hour sessions. Equipment list uses common physics lab supplies.

Description

A comprehensive teaching package for a 3-hour introductory lab on fluid dynamics in biological contexts. Covers viscosity measurement, Poiseuille flow, and Reynolds number through hands-on experiments with biologically relevant fluids. Includes student lab manual, data worksheets, homework problems, and instructor guide with equipment setup notes.


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Student Learning Objectives

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Lab Profile

Experimentation Goals

These experimentation goals are most strongly represented in the explicit learning goals described above:

Propagate UncertaintyCalibrate ApparatusKeep a Lab NotebookWrite Reports or PapersBuild Apparatus

Student Decision Making

In this lab, students have the opportunity to:

Choose Analysis

Discovery

Determine results previously known to:

Instructors

Instructor Guide

Duration

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Equipment Required

Computers / SoftwareBasic Physics Lab EquipmentSpecialized Physics Labs Equipment

Implementation Tips

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How This Fits in Your Course

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How is This Resource an Experimentation-Focused Lab

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Files & Links (23)

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Copy of 5-Lab1.1_fullcomments.pdf

Simulation-based Lab4.2 MB
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Copy of Lab 4 TA notes.pdf

Video-based Lab173 KB
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📄

Copy of Copy of Lab 5_TA notes.pdf

Data Analysis Lab396 KB
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📄

Copy of Lab 1.1 TA notes.pdf

Video-based Lab150 KB
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Copy of Lab 2_TA notes.pdf

Data Analysis Lab328 KB
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📄

Copy of Lab 3.1&3.2_TA notes.pdf

Computation-based Lab431 KB
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Copy of Lab 1.2 TA notes.pdf

Computation-based Lab416 KB
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📄

Lab 2.1.ipynb

Simulation-based Lab16 KB
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📄

Copy of utilities.ipynb

Data Analysis Lab7 KB
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📄

Lab 1.1 .ipynb

Data Analysis Lab15 KB
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📄

Lab 2.2.ipynb

Data Analysis Lab9 KB
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Lab 3.ipynb

Data Analysis Lab14 KB
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Lab 5.1.ipynb

Hands-on Lab17 KB
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📄

Lab 1.2 .ipynb

Data Analysis Lab11 KB
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📄

Lab 6.2.ipynb

Hands-on Lab4 KB
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Copy of Dropping magnets printout.docx

Hands-on Lab9 KB
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📄

Lab 4.1.ipynb

Simulation-based Lab17 KB
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Lab 5.2.ipynb

Computation-based Lab4 KB
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📄

Lab 6.1.ipynb

Computation-based Lab5 KB
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utilities.ipynb

Data Analysis Lab7 KB
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📄

Logger Pro Notes for use with motion sensor.docx

Simulation-based Lab8 KB
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📄

Processing Attendance.ipynb

Simulation-based Lab14 KB
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📄

Lab 4.2.ipynb

Video-based Lab8 KB
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Authors

BK

Belkis Karakis

MK

Muhammet Karakis

AM

Adrian Madsen

Physics Topics

Optics

Course Level

Beyond Introductory Labs

Student Population

Life science Majors

License

CC BY-NC-SA

Attribution, Non-Commercial, Share Alike. Others can share and adapt for non-commercial purposes, must attribute and share with the same license.

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