Using this link please help solve this! https://phet.colorado.edu/sims/html/wave-on-a-string/latest/wave-on-a-string_en.html

Part B: Wavelength vs frequency Use the following settings for this part: 0 Source type = Oscillatc String boundary on the right = No End 0 Damping = None Tension = Medium 0 Display the Rulers Overview Measure the wavelength at different oscillator frequencies, keeping the wave speed constant. Procedure e Set the Frequency = .50 Hz and Amplitude = .60 em. I Click Play, then just before the green bead on the ocillator reaches the dashed line (going up or down), click Pause. You can advance the animation Frame by frame with the small playr button on the right. Do this until the oscillator bead reaches the dashed line. I Given this state of the simulation, how can you measure the wavelength? Provide a detailed description of your procedure for this measurement. Report the value you obtain in the Measured wavelength column of Table 4 below. I Repeat the above procedure to measure Lhe wavelenth for Frequency = 1.50 Hz and [or Frequency = 2-00 l-lzl Enter your measurements in Table 4. 4- Measure the wavelength for Frequency = 0.50 Hz. What modification to your procedure will you need to make For this measurement? Report your data in Table 4. I Using the equation that relates wavelength, frequency, and wave speed (see section 16.9 of the textbook}, calculate the wave speed for each frequency setting. Enter your values in the right column of Table 4. Show a sample calculation below. Frequency Measured Wave lip eed (emfs) wavelength (cm) .5 Hz 1.0 Hz 1 .5 Hz 2.0 Hz Table 4: Wavelength vs. Frequency Conclusions 0 How does the speed of a sine wave on a string depend on its frequency? Explain and justify your answer using data from your experirnenls. (Compare to the value you obtained in Part A for the medium tension setting.) 0 What happens to the wavelength oFa sine Wave on a string iFthe frequency is doubled? Tripled? Quadrupled'? Use examples from your data to justify your answers