Question

please find k, time period from k of part 1, measured total energy, and theoretical energy using the information from the pic below and the equations in the following pictures

Table 1. Hooke's law and finding Spring constant mg (N/m) 0.050 0.100 10.150- 0281 69.75 0.200 0.250 69 0.350 0.400 Spring constant, k from procedure of part s N/m tion and velocity kg Part II. Measuri 0,03! Mass of spring mp Effective mass mer mm Position of equilibrium from motion detector, em- Zeroes of velocity at .3o.yIs 10s,9.392m Maxima (magnitude) of velocity atys。3e an L 03L gm m A (arplitude) = 0,04041 m kg k (from Eq (7)N/m Elongation AX-DOSAIm Time period from value of k from part - Measured total energy - Theoretical total energy (Eq. 5.1)- % difference

equation 5.1:

equation 7:

Answer 1