G sinusoidal function - Google Sear X Box Homework 4 | Week 5 | Energy ar X Desmos | Graphing Calculator X G equilibrium position of a string - x + X C a learning.edge.edx.org/course/course-v1:UBC+PHYS131+2022W/block-v1:UBC+PHYS131+2022W+type@sequential +block@680f37fbf144416db85aa00a3d8645dd/block-v1:UBC+PHYS131+2... [ H4.5 5 points possible (graded) A 15.2 kg mass is attached to a spring with spring constant 100 N/m. The mass is then stretched to a position 18 m away from the equilibrium position and released. Assuming the system undergoes simple harmonic motion, calculate the following values. (a) Angular frequency and period. W = rad/s T= (b) Maximum velocity and acceleration. Vmax = m/s Ed [x EM ENG 4:49 PM US 2022-09-30 1G sinusoidal function - Google Sear X Box Homework 4 | Week 5 | Energy ar X 4 Desmos | Graphing Calculator X G equilibrium position of a string - x + X C a learning.edge.edx.org/course/course-v1:UBC+PHYS131+2022W/block-v1:UBC+PHYS131+2022W+type@sequential+block@680f37fbf144416db85aa00a3d8645dd/block-v1:UBC+PHYS131+2... LC (D) Maximum velocity and acceleration. Vmax = m/s amax = m/$2 (c) What is the total energy stored in the system? E= Submit You have used 0 of 5 attempts Hint Save H4.6 Ed [x EM ENG 4:49 PM US 2022-09-30 1