Evaluate the frequency wavelength and speed of this wave

Reference no: EM13674519

A wave on a string is explained by the relation y=Asin(72t-0.045x), where t is measured in seconds and x in meters, with A = 0.15 m. Evaluate the frequency, wavelength, and speed of this wave.

Reference no: EM13674519

Questions Cloud

Find the possible values for the frequency of other string : A guitarist plucks two strings simultaneously. One string is tuned to a (fundamental) frequency of 339.8 Hertz. Find the possible values for the frequency of the other string

Explain what product would be expected if benzopinacol : Provide the structure of the dinitrophenylhydrazone derivative formed from pinacolone. Explain what product would be expected if benzopinacol (e) was used instead of pinacol

Compute what the depth of the water in the pipe : An organ pipe that is closed at one end has a fundamental frequency of 175 Hertz. Compute what the depth of the water in the pipe

Explain what % of the spheres is copper : A box contains a mixture of small copper spheres as well as small lead spheres. The total volume of both metals is calculated by the displacement of water to be 427 cm3 and the total mass is 4.36 kg. Explain what % of the spheres is copper

Evaluate the frequency wavelength and speed of this wave : A wave on a string is explained by the relation y=Asin(72t-0.045x), Evaluate the frequency, wavelength, and speed of this wave

Find out the structure of the unknown compound : The NMR spectrum shows only three singlets: one of area 9 at 0.9 ppm, one of area 2 at 1.0 ppm, as well as one of area 2 at 2.4 ppm. The singlet at 1.0 ppm disappears on shaking with D2O. Find out the structure of the unknown compound.

Find the ratio of the potential energy of satellites : Two Earth satellites, A and B, each of mass m, are to be launched into circular orbits about Earth's center. Find the ratio of the potential energy of satellite B to that of satellite A, in orbit

Determine the radius of the aluminum sphere in inches : A solid aluminum sphere has a mass of 85 g. Use the density of aluminum (2.7 g/cm3) to determine the radius of the aluminum sphere in inches. Offer only numerical value (no units).

Obtain the total number of revolutions the particle makes : A 0.425 kilogram particle slides around a horizontal track. The track has a smooth vertical outer wall forming a circle with a radius of 1.50 meter. Find the total number of revolutions the particle makes before stopping

User Account

All Pages