Answer:True
Explanation:
We know that frequency in a tight string is given by
[tex]\nu =\sqrt{\frac{T}{\mu }}[/tex]
where [tex]\nu =Frequency\ of\ sound\ waves[/tex]
[tex]T=Tension[/tex]
[tex]\mu =mass\ per\ unit\ length[/tex]
and velocity is given by
[tex]v=\nu \lambda[/tex]
As [tex]\nu[/tex] increases v also increase but wavelength [tex](\lambda)[/tex] remain same because ends of string are fixed.