**Equation for Sound Created from a Wire by Ron Kurtus**

The relative density of piano strings ranges from ca. 6.9 for the thickest double-covered strings to ca. 7.4 for the thinnest single-covered string, and for the plain steel strings ca. 7.85. If this seems topsy-turvy in view of the greater density of copper, consider how much air is included in the cylinder you measure.... The tension in the chain increases from that at the lowest point toward the points of support. Because all the load is vertical, the horizontal component of the tension is constant. A uniform cable also hangs in a catenary; the essential thing is that there is negligible transverse stiffness.

**About the String Calculator WireStrungHarp.com**

Linear mass density, u, can be calculated by isolating the u variable in the following equation: v = √(F/u), where v is the velocity, F is the force of tension, and u is linear mass density.... Since the Q specifies steel wire, the assumption might be that steel formed to wire has a different density to steel in other forms such as cast, extruded or forged. Steel is incompressible so form (shape) or forming does not change the density.

**Homework Problem (Physics Edition 8) Chapter 16**

A wire having linear density 4.0*10-3 is stretched between two rigid supports with a tension of 160n how to get honor in wow legion 7/01/2010 · Well, what I did was assuming that i just plug in the numbers my linear density would be 0.0035, my initial tension of 84 netted 155 m/s, I plugged this same number in to find the tension with speed of 182 m/s and my answer was 115.934 after some manipulation of numbers, if this is correct is this answer already in N (newtons).

**About the String Calculator WireStrungHarp.com**

Find a tension and a linear mass density of the wire combination that will cause the 1 m long wire to have a fundamental frequency of 2 Hz, 3 Hz, and 4 Hz, respectively, without failing, i.e., at each fundamental frequency how to find a slope of a tangent line Linear mass density, u, can be calculated by isolating the u variable in the following equation: v = √(F/u), where v is the velocity, F is the force of tension, and u is linear mass density.

## How long can it take?

### What is the linear mass density of the wire Science

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## How To Find Tension In Wire Linear Density

The linear mass density of the string can also be found by studying the relationship between the tension, frequency, length of the string, and the number of segments in the standing wave. To

- Given any three of the four properties diameter, frequency, length and tension, they provide a means to calculate the fourth. The value of a constant K is determined by the relative density of the string, and a table of values for a full range of densities is given.
- Arto's String Calculator, the vibrating length of the string in millimeters and the density of the string material in Kg/m³. The latter may be the tricky part, if the string maker didn't provide that data. See 'Help on selecting the string material density'. After setting these parameters you can start making the calculations. There are two basic ways: You can give the string diameter and
- The mass of a given length of string can be worked out from its density ρ and its volume V. Nylon and kevlar have a density of about 1.14 gm/cm 3 , while natural gut and polyester have a density …
- To determine the speed of sound in air, and to find the relationship between the velocity of a wave in a string, the linear density, and the tension. You will do this by performing two different