If both the tension and the length of a vibrating string are doubled while the linear density remains constant, the fundamental frequency of the string is multiplied by
A) 1.
B) 2.

Question

If both the tension and the length of a vibrating string are doubled while the linear density remains constant, the fundamental frequency of the string is multiplied by
A) 1. 
B) 2.

Quizplus · Accepted Answer

The Answer of If both the tension and the length of a vibrating string are doubled while the linear density remains constant, the fundamental frequency of the string is multiplied by
A) 1. 
B) 2.

If Both the Tension and the Length of a Vibrating