What is the lowest frequency at which it will vibrate

Reference no: EM13267303

A string is clamped at both ends and tensioned until its fundamental vibration frequency is 95Hz. If the string is then held rigidly at its midpoint, what is the lowest frequency at which it will vibrate?

f = ________________ Hz

Reference no: EM13267303

Questions Cloud

Find a relation among spacing between adjacent fringes : Two 15cm long flat glass plates are separated by a T (10 micro m) thick spacer at one end, Find a relation among spacing between adjacent fringes delta x, lamda, L, and T

Discover and collect the traditional art forms : Imagine that you are one of these intrepid European explorers who has set out to discover and collect the traditional art forms created by the four cultures

Calculate the new depth of water in the conical tank : a closed conical tank with diameter of 1.50 and height of 3.00 m, sitting on its circular base has 1.00m depth of water. Suppose the tank is upside down and is made to stand vertically that way using some device.

Explain volume change is due entirely to the density change : If we assume that the volume change is due entirely to the density change (that is, neglect thermal expansion of the ice/water), what is the difference between the enthalpy change and the energy change during the process? Is this a significant dif..

What is the lowest frequency at which it will vibrate : A string is clamped at both ends and tensioned until its fundamental vibration frequency is 95Hz. what is the lowest frequency at which it will vibrate

Why nobody else bid on the light as it contains a 45-watts : attend a surplus electronics auction and buy a fancy spot light for the car. when you get home you realized why nobody else bid on the light as it contains a 45-watt, 9 volt bulb and your car ( like most ) has a 12-volt electrical system.

How much energy each capacitor stores : Two of the same capacitors C are wired in series. When they are connected to a +30V battery, How much energy each capacitor stores

Explain working solutions of bsa : Diagram the most accurate procedure so you end up with at least 500 uL each of 5 ug/uL, 0.5 ug/uL and 0.05 ug/uL working solutions of BSA.

Calculate location and lateral magnification of the image : If an object is located at 0.5 times the focal length of a thin lens, calculate the location and lateral magnification of the image. Assume that both sides of the lens are filled with air, that the index of refraction of the lens is n=1.5

User Account

All Pages