S How do the average speeds compare the the theoretical value calculated? Are your values high or low? Are the errors in each value similar? Is one value noticeably more accurate? 5. 6. 7. Why is it typically more accurate to calculate the speed using the higher frequency fork? There are several reasons, and you should be able to think of at least two, even if your values don't happen to match this trend. You measured each resonance with respect to the previous one (tape-to-tape). If you measured each resonance with respect to the top of the tube, would this increase or decrease your accuracy? Why? (Note that you would have to calculate the wavelength a little differently, but it could be done.) 8. If the temperature in the room suddenly increased, what would happen to the speed of the wave? Does the wave frequency change? How would this affect the wavelength? 9. Would you expect the speed of sound to be greater through air or water? Explain. 10. Suggest two ways to improve your measurements or your t