Problem #5 Consider a half meter long string that has a tension of 1N when it is xed between two beams. Five successive stroboscopic pictures are taken at a rate of 5000 ashes per minute (two successive ashes are split by 0.2ms), and the results are shown in Figure 2. Pictures 1 and 5 depict the maximum displacement of the string with no other masdrnum in between. 1. Find the wavelength, period, and frequency of the traveling waves on the string that would create such standing wave conguration. 2. What is the normal mode of the the standing wave? 3. Find the speed of traveling waves. 4. What is the speed of point P (shown in Figure 2) when it is at positions 1 and 3? 5. Determine the linear mass of the string