michicute3600 michicute3600
  • 03-08-2018
  • Physics
contestada

A wave is traveling in a string at 58 m/s. when the tension is then increased 17%, what will be the resulting wave speed?

Respuesta :

Cetacea
Cetacea Cetacea
  • 03-08-2018

the resulting wave speed=62.7 m/s

Explanation:

The speed of a wave is given by

v=[tex] \sqrt{\frac{T}{\mu} } [/tex]

T= tension, v= velocity= 58 m/s

when the tension is increased by 17%, new tension= 1.17 T

[tex] V'=\sqrt{\frac{1.17T}{\mu}} [/tex]

[tex] V'=1.082 \sqrt{\frac{T}{\mu}} [/tex]

V'=1.082 V

V'=1.082 (58)

V'=62.7 m/s

Answer Link

Otras preguntas

what is true and what is false
Why did the nomadic people follow the land bridge?
Find the value of x in the triangle shown below.
A firm fixed cost is 5000 birr and the variable cost per unit of output is 5 birr selling price per unit is 10 birr write rerenve and cost equation
Alicia bought a 40-CD case for $15.35.Each CD was priced at $10.25.Formulate an equation to represent the total value,V,of Alicia's CDs and case as a function o
Sam deposited $500 in a new bank account. The bank pays 4% interest compounded annually on this account. Sam makes no more deposits or withdrawals. What is the
When an animal shows dominance to gain a rank/order in the herd?
1/5x-3=1/6x Pls answer quickly!
Question 6 (1 point) An observer standing by the roadside noted a truck is travelling 18 m/s East while a cylinder inside the truck rolls to the back of the tru
How do I solve 6log(base 3).5x=11 ?