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The Law of Conservation of Energy Applied to a Rolling Sphere, 2000.
A report of an experiment designed to show that the law of conservation of mass is valid when applied to a rolling sphere.
1,630 words (approx. 6.5 pages), 2 sources, $ 53.95
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From the Paper
"This is accomplished by demonstrating that a sphere of mass m suspended on a ramp at a height h will have a gravitational potential energy Ug = mgh and that energy will be equal to the total kinetic energy EK = 7/10mv2, where v equals the final velocity of the sphere as it leaves the ramp. Therefore, the law of conservation of mass will be verified by demonstrating the following equation: Ug = mgh = EK = 7/10mv2.
The lab is an original comprehensive work with a full theoretical background of derived equations, and tables and graphs displaying all pertinent experimental data. Several illustrations are also used to convey the details of the experimental method."
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Experiment Using Newton's Second Law of Motion, 1998.
A report of an experiment investigating the relationship between the acceleration a of a dynamic cart of constant mass M, pulled up a 300 inclined plane, and an independent variable found with the force of a falling weight hanger of mass m.
1,625 words (approx. 6.5 pages), 2 sources, $ 52.95
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From the Paper
" From Newton's Second Law of Motion, F = ma, it was determined that
a = [(2m ? M) / (m + M)](g / 2).
The lab is an original comprehensive work with a full theoretical background of derived equations, and tables and graphs displaying all pertinent experimental data. Several illustrations are also used to convey the details of the experimental method."
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Velocity Experiment Using a Thin-Walled Cylinder, 2000.
A report on an experiment designed to demonstrate that the radius r of a thin-walled, rigid-body cylinder, when neglecting friction, has no effect upon the velocity of the center of mass vcm of the cylinder down an inclined plane of constant angle q.
1,700 words (approx. 6.8 pages), 2 sources, $ 55.95
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From the Paper
"This is accomplished by showing that vcm of the cylinder is a function of gravity g down an inclined plane and the height h of the inclined plane, unaffected by the radius of the cylinder as given in the equation
vcm = (gh)1/2
The lab is an original comprehensive work with a full theoretical background of derived equations, and tables and graphs displaying all pertinent experimental data. "
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Relation Between Electrical Current and Length of Conductor, 1999.
Report of an experiment investigating the relationship between the resistance of an electrical current through a homogeneous and isotropic conductor under constant temperature and pressure, and the length of the conductor.
1,536 words (approx. 6.1 pages), 2 sources, $ 50.95
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From the Paper
"It was determined that with the resistivity r and area A of the conductor, the resistance R is a function of length L using the equation
R = rL/A
This original lab contains a full theoretical background with all derived equations explained in detail. It utilizes several color graphics to illustrate the conduction of an electrical current, and it has a complete table and graph of all experimental data."
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The Theory of Eliminative Materialism v. Dualism, 2000.
This paper attempts to answer major questions pertaining to minds, bodies and existence from the dualist's standpoint and the eliminative materialist's stand point simultaneously.
1,790 words (approx. 7.2 pages), 3 sources, $ 57.95
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From the Paper
"The theory of Eliminative Materialism attempts to prove more about the physical world than dualism, and answers more fully questions of metaphysics concerning the point to human existence. The questions of cognitive sciences are general and particular questions addressing issues such as existence and what sorts of things can exist. Then there are the more particular questions like; Is there a soul?, What is the relationship of the soul and the human body, or the mind to the body? I will go over the major questions pertaining to minds, bodies and existence from the dualist?s standpoint and the eliminative materialist?s stand point simultaneously."
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