Question

A plrysica lab i sipport nolias the џ¡ag isdisplaced 375 a deormorntrating the principes of simplo monic motio(SHM) by wingaspring offixed to horicontal 0 g from the spring, the stuclont from its previous opillrian. With this inlormton, aalulotho spring comdant spring constant when the gring, with the attached 355.0 g mass, is dinlaod from its new cquilibrium paíion, İt mayes SHM. Calcul-te the period of oscillation, T, neglocting the mass of the spring itscelf. TE In the final soction of thc lab, the student is asked to investigalc the cncrgy distribution of the spring sysiem described previously stationary cnergy, calculaic the vclocity and total potcntial cnergy for each displaccment given and insert the correct answer. . The student pulls the mass down an additional 28.1 em from the equilibrium point of 37.5 cm when the mass is and allows the sysicm to oscillatc. Using the point of 375 ㎝ ath. Kro poinl for total potential 28.1 20.6

Answer 1

윳요 Padi2 3) O.355 9.38

atn AR ex maxim 1.73 유8.1 O0-366 20.6 -0,916-1.0.19