Oscillations and Resonance Name Lab Procedure Answer questions in red. Download and run the HTMLS application \"resonance\". Driving force: 30 N Driving equency: 5 rad. '5 Spring constant: 5 - 'Irn Mass: ' 1 kg Damping constant: 3 kg's ' Start ' I Stop I ' Reset I This is a simulation of a mass oscillating horizontally on a frictionless surface under the action of a spring with an equilibrium position at the center of the chart. 1. Try out the application, changing the frequency and amplitude of the driving force, mass and spring force applied to the mass on the spring. Reset the app back to original values (Press \"resetl\" button\"). a) Draw a free body diagram for the mass when it is displaced to the left of its equilibrium position (you do not need to include drawing with this lab). Explain the vectors that you have included in your free body diagram in the box below. b) Reset the sim and press start. Let the mass oscillate on its own. Describe how you can calculate the spring constant of the spring from these measurements. What value do you calculate? Does it match the default value of S? c) Reset the Sim and press start. Click and drag the frequency slider to change the driving frequency. How can you nd the resonant {frequency doing this? What value do you get? Show work in box below