Physics conclusion page - Essay Example

Conclusion The entire experiment despite diverse loads utilized in inducing varied extensions, the proportionality varies directly to the amount of the masses, hence adhering to the Hooke’s law F = -Kx. Where k is the proportionality constant suppose the spring does not reach its extension limit whereas F, x are Forces (200g and 300g converted into force by using 9.8 m/s2) and extensions respectively. This implies, suppose the initial mass was 100g, and the additional masses will be 200g, 300g then the extension will tend to have a trend of x, 2x and 3x respectively.

Additionally, both the graphs T2 = SM + I and F = - Kx have straight lines, though the latter has a y intercept I. Hence, the two constants slightly bear small difference owing to the initial having a deviation of I. The experiment’s deductions depict that, for one motion cycle T2 varies directly with both the mass and the springs constant. That is especially when there is any addition of the mass, which produces a similar quantity both the spring constant and T2. In addition, the T2 varies directly with the mass but inversely proportional to the string constant, K.

Velocity does not depend on the mass applied, since the amplitude is constant all throughout, which implies a reduction in both the extension and potential energy (PE), but the Time Period increases. Maintaining all other factors constant except the acceleration, it yields to the increased potential energy, velocity as well as kinetic energy. However, this phenomenon reduces the Time Period (Brazell et al 155). Work CitedBrazell, Bruce., Heckert, Paul., Joscelyn, Nittler., Willis, Michael & Vannette, Matthew.

Ap Physics B & C. New York: Kaplan, 2009. Print. pp. 155-159.