The+Moving+MEN

= =  The Moving MEN   By Andrew and Matt

=The Moving Man Lab:=

Question: How does the mass affect the force required to move an object? Hypothesis: The larger the mass, the more force required to push the object. Independent Variable: Mass of the object Dependent Variable: Force required to move the object Constants: Gravity Procedures:
 * 1) Apply as much force onto an object as possible.
 * 2) Observe the maxium oposing force.
 * 3) Add .1 to the maxium opposing force to get .1N of a force forward.
 * 4) Record your force results.
 * 5) Repeat steps 1-4 with the rest of the objects.

The blue dot was supposed to be a key but no key is present
 * Object || mass (kg) || Force Required (N) ||
 * Textbook || 10 || 24.6 ||
 * Sleepy Dog || 25 || 24.6 ||
 * File Cabniet || 200 || 392.1 ||
 * Crate || 300 || 588.1 ||
 * Refrigerator || 400 || 1960.1 ||

Conclusion: From the experiment, we concluded that when an object has a greater mass, the force required to push it was also greater. The relationship between the mass and the force was an exponental growth with a positive coralation.