The graphs created were transferred into Igor Pro, where a non-linear fit was created. From this fit, the damping constant of the objects motion was given, and the effect of air resistance on the object was determined. A relationship was discovered between the objects area and the effect air resistance had. The results showed that with a greater area of the object, there was more air resistance on the object.
The goal of this experiment was to observe the effect that the size of an object had on the air resistance shown when the object was in motion. In order to do this, a damping coefficient was determined through non-linear fits of position graphs produced during its motion. The damping coefficient shows the effect that the damping”air resistance”has on the object, shown by a gradual decrease in the size of the amplitude of its oscillations. The damping coefficient is represented by the variable b. Equation 1 shows the non-linear fit used to retrieve the damping coefficient.