4. What happens to the waves created as you increase the amplitude? Click here to enter text. 5. In your own words and using the simulation as context, dene what is meant by amplitude. Click here to enter text. Increase the frequency setting. 0 Increase the 'Frequency' setting to a larger amount. 6. What happens to the actual drops of liquid? Clickheretoentertext. 7. What happens to the waves created as you increase the frequency? Click here to enter text. 8. In your own words and using the simulation as context, dene what is meant by frequency. Click here to enter text. Using the Wave Meter 0 Attach the wave meter. Drag either one (of the two) probes into the wave matrix as shown