1, You will be conducting an online lab for this question. Follow the steps to answer parts * open the PheT "Pendulam Lab lab" by typing the following link into your web brownr: bit ly/2xAj&KG or https://phet.colorado.edu/sims/html/masses-and-springs/latest/masses-and-springs_en.html * Select the "Lab" option. * Minimize, the "Energy Graph' for a simpler view. * Select the "Period Timer" option to insert a period timer. * Drag the mass to an angle of 20 degrees and release it. * Use the period timer to measure the period of your pendulum. A) What is the period of your pendulum? * Drag the mass to an angle of 10' and release * Use the period timer to measure the period of your pendulum with the Adjusted release angle. B) What is the period of your pendulum after adjusting the angle of release? * Change the mass on your spring to 1.50 kg by dragging the slider * Release the mass from an angle of 20 degree * Use the period timer to measure the period of your spring system with the adjusted mass. C) What is the period of your pendulum after adiusting the mass? * Return the mass to 1.00 kg * Adjust the length of the pendulum to 1.00 m * Release the mass from an angle of 20 degree * Use the period timer to measure the period of your spring system with the adjusted mass. D) What is the period of your pendulum after adjusting the length? E) Summarize the findines of your lab by outlining how each of the following affected the period of your pendulum, if at all: angle of release, mass, and length