Physics of Pushing a Pencil Many People Thesis

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Physics of Pushing a Pencil

Many people write all day and never consider the physics behind the act of placing words on paper. However, there is a whole world of how and why these sticks of wood and lead leave various types of marks on a formerly clean white page. The structure, force, friction, and angle of each pencil constructs the reasons why it writes the way it does. Yet all of these factors are completely dependent on the writing style of the person using the pencil. For example one person could use a different mm pencil at a different force and angle, which would create a different friction, than the person sitting next to them. The main component of why the pencil leaves marks is the energy behind it -- and energy which comes directly from the writer using that pencil.

The pencil represents the concept of a stationary mass until it is picked up and used by the writer. A normal pencil varies in length and diameter, but is mainly constructed using wood casings to hold a lead core which leaves marks on the paper being written on. Most lengths begin at around six inches, but can vary based on where and why the pencil was made. This length also shortens as the writer continuously sharpens the pencil and eats away at the wood casing in order to extract a sharper piece of lead core to write with. The diameter of the pencil varies, the general bulk of the wood casing is much larger and wider than the fine pencil tip. Most pencil's diameters are measured in millimeters and average to around 0.05 mm to 0.07 mm. However, the standard yellow pencil is 0.05mm.Buy full Download Microsoft Word File paper
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Thesis on Physics of Pushing a Pencil Many People Assignment

The oldest accredited laws in physics govern motion and the distribution of energy. As seen in Isaac Newton's Three Laws of Motion, no object can create or destroy energy. Rather, energy continually moves from one object to another through motion and contact. According to Newton, if anything is to move, it must have a force acted upon in which installed the energy necessary to move (Benson, 2008). The concept of inertia states that a static object must have a force acted upon it in order to enter into motion. In the case of writing with a pencil, this force is the physical energy from the person using the pencil, (Zimmerman, 2008). The writer transfers his or her natural energy into the movement of the pencil. Now because every person is different, different levels of force may be placed upon the formerly static pencil. The mass of the pencil will accelerate at various speeds depending on the amount of force given out by the writer. Thus, some people tend to put more energy in their writing and write faster, as well as darker. The extra darkness of the lead comes from a greater amount of force being placed on the pencil. Therefore, light writing signifies less energy and less acceleration.

Newton's Third Law of Motion also represents another feature in the… [END OF PREVIEW] . . . READ MORE

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How to Cite "Physics of Pushing a Pencil Many People" Thesis in a Bibliography:

APA Style

Physics of Pushing a Pencil Many People.  (2008, August 6).  Retrieved May 27, 2020, from

MLA Format

"Physics of Pushing a Pencil Many People."  6 August 2008.  Web.  27 May 2020. <>.

Chicago Style

"Physics of Pushing a Pencil Many People."  August 6, 2008.  Accessed May 27, 2020.