PhysicsLAB: Relationship Between Tension in a String and Wave Speed
The relation between pulse speed, tension and linear density is given by the following equation: Where λ is the wavelength, f the frequency, and v the velocity of the wave on the string. Calculate the mass per unit length (µ) by dividing the. Linear mass density is mass divided by length. The mass of the string isn't going to increase. The only way the linear mass density can change. The natural frequency depends on the length, the mass (distributed What is the frequency of sound created by a string of length "L", linear mass density "m", and What is the relation between density and speed of sound?.
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