Use the simulation provided in the lab to answer the following questions. Use the grid provided on the simulation to make your measurements. Report all 2299 ratios as decimal answers, not percentages. For each scenario, select the parameters provided in the question, run the simulation, then pause so you can make your measurements. IMAGES NOTES DISCUSS UNITS STATS HELP PREFERENCES Part Answer Save Status Description Scenario A Object Speed: 30 m/s Wave Speed: 70 m/s ⢠Frequency: 1 Hz A. 6.25 pts. 100% # tries: 0 Show Details 5% try penalty What is the ratio of the wavelength in front of the plane to the wavelength behind the plane? (In front/Behind) Scenario B ⢠Object Speed: 60 m/s ⢠Wave Speed: 70 m/s ⢠Frequency: 1 Hz B. 6.25 # tries: 0 Show Details 100% 5% try penalty What is the ratio of the wavelength in front of the plane to the wavelength behind the plane? (In front/Behind) Scenario C C. Object Speed: 30 m/s Wave Speed: 50 m/s ⢠Frequency: 1 Hz What is the ratio of the wavelength in front of the plane to the wavelength behind the plane? (In front/Behind) 6.25 pts. 100% # tries: 0 Show Details 5% try penalty Scenario D D. 5.94 pts. 95% # tries: 1 Show Details 5% try penalty E. ⢠Object Speed: 30 m/s Wave Speed: 70 m/s ⢠Frequency: 3 Hz What is the ratio of the wavelength in front of the plane to the wavelength behind the plane? (In front/Behind) Scenario E ⢠Object Speed: 30 m/s Wave Speed: 120 m/s ⢠Frequency: 1 Hz What is the ratio of the wavelength in front of the plane to the wavelength behind the plane? (In front/Behind) Scenario F ⢠Object Speed: 100 m/s Wave Speed: 50 m/s ⢠Frequency: 1 Hz For this scenario, what do you observe? 5.94 pts. 95% # tries: 1 Show Details 5% try penalty F. # tries: 0 Show Details 6.25 pts. 100% 33% try penalty 1. All the wave fronts are in front of the plane with no wave fronts behind the plane. 2. The wave fronts are equally distrubuted in front and behind the plane. 3. All the wave fronts are behind the plane with no wave fronts in front of the plane.