Searching for the Density of Manila File Folder - Help Needed!

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SUMMARY

The density of a manila file folder is not readily available, prompting users to seek alternative methods for determining it. The recommended approach involves measuring the mass of a known area of manila folder material and calculating the area density. Users can weigh a single folder or a box of folders and divide the total mass by the total area to obtain a reliable density value. This method is efficient and provides a practical solution to the problem of finding the density for engineering applications.

PREREQUISITES
  • Understanding of basic physics concepts such as density (p = m/V)
  • Knowledge of geometry for calculating volume (V = Width * Length * Thickness)
  • Ability to use scales for measuring mass accurately
  • Familiarity with material properties and testing methods
NEXT STEPS
  • Conduct experiments to measure the mass of different manila folders and calculate their area density.
  • Research material testing techniques for determining density in various materials.
  • Explore the properties of manila paper and its applications in engineering projects.
  • Learn about the significance of density in structural engineering and material selection.
USEFUL FOR

This discussion is beneficial for engineering students, material scientists, and anyone involved in projects requiring precise material properties, particularly in structural design and testing.

CGI
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Homework Statement


Hi! I wasn't sure how to ask this, but my team and I are making a manila file folder bridge and we are stuck a specific part. We are looking to get the mass of the members and we decided to get it through multiplying the volume of the member by the density of manila file folder. The only problem is, we do not know the density of manila file folder.

Homework Equations


p = m/V
V = Width*length*thickness

The Attempt at a Solution


I've spent all day searching for the density, but I have been unsuccessful. I thought that maybe someone here would happen to know where to look or knew the density. All leads are very much appreciated!
 
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CGI said:

Homework Statement


Hi! I wasn't sure how to ask this, but my team and I are making a manila file folder bridge and we are stuck a specific part. We are looking to get the mass of the members and we decided to get it through multiplying the volume of the member by the density of manila file folder. The only problem is, we do not know the density of manila file folder.

Homework Equations


p = m/V
V = Width*length*thickness

The Attempt at a Solution


I've spent all day searching for the density, but I have been unsuccessful. I thought that maybe someone here would happen to know where to look or knew the density. All leads are very much appreciated!
Probably the best way to solve this is to take a known area of manila folder and find its mass. You can do trials using material cut from several different manila folders and calculate an area density for this material. You can certainly get a number for the density of manila folder material in way less time than spending a whole day stuck in research.
 
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If you don't have sensitive scales to weigh one folder try weighing a whole box full and then dividing by the total area to get the area density.
 
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