Wave on a string simulation

1) It takes more energy to move faster.
2)Fast frequency corresponds to high energy.
3) At frequency 27 and amplitude 50 it is 0.98Hz,
4) At frequency 100 and amplitude 50 it is 3.6Hz
5) At frequency 27 and amplitude 100 it is 0.98Hz
6) At frequency 27 and amplitude 50 it is 61cm
7) At frequency 100 and amplitude 50 it is 26.5cm
8) The higher the frequency the more energy it takes and the shorter the wavelength will be. The lower the frequency the less energy it takes and the longer the wavelength will be.