speed of waves on the string

Related BrainMass Solutions

• Waves on a string: By what factor should the tension in this string be changed to produce waves with a speed of 32 m/s?

  43136 Waves on a string: By what factor should the tension in this string be changed to produce waves with a speed of 32 m/s? Waves on a particular string travels with a speed of 16 m/s.

• Finding speed of transverse waves on a guitar string

  The vibrating portion of the guitar string has a length of 64.0 . What is the speed of transverse waves on the guitar string?

• Waves and Sound: Speed of waves on a guitar string; force stretching the D string.

  7821 Speed of waves on a guitar string; force stretching the D string. The force stretching the D string on a guitar is 150N. The string's linear mass density is 0.005 kg/m. What is the speed of the waves on the string?

• Transvers waves: Speed of wave on streatched string.

  247165 Transvers waves: Speed of wave on stretched string. Two steel wires are stretched with the same tension. The first wire has a diameter of 0.610 mm and the second wire has a diameter of 0.910 mm.

• amplitude and wave speed of the standing wave

  The solution shows how to calculate the amplitude and wave speed of the transverse traveling waves on the guitar string (see attachment).

• Periodic Waves: Calculate time given speed of a transverse wave, amplitude, distance.

  5910 Periodic Waves: Transverse Wave, Amplitude, and Distance The speed of a transverse wave on a string is 450 m/s, while the wavelength is 0.18m. The amplitude of the wave is 2.0mm.

• Wavelength Along a Cord

  37695 Wavelength Along a Cord A cord is 20cm long, four complete waves fit along its length when vibrated 30 times per second for the waves on the cord. What is the wavelength? What is the frequency? What is the speed?

• Sound intensity, Speed of waves on the string

  65749 Sound intensity, Speed of waves on the string 1. The intensity of sound 20 meters from a race car is 0.0100 W/m^2. (A) What is the sound intensity level in dB? (B) What would the intensity (in W/m^2) be at a distance 80 m from the car?

• Standing waves on stretched string and resonance.

  (1) The wave velocity is given by c = f* Or f = c* Hence the slope of the graph between f and (1/) gives the speed of the wave on the string. The intercept on y axis gives some frequency.