Answer:
The speed of the wave increases.
Explanation:
The speed of a wave traveling through the rope is dependent on the tension in the rope and mass per unit length of the rope.
[tex] v =\sqrt{\frac{T}{M/L}}[/tex]
Where, T is the tension, M is the mass of the rope and L is the length of the rope.
Therefore, when the tension in the rope is increased, the speed of the wave traveling through the rope increases.
