To find that, we need to know what is the material used to make that spring? For example, aluminum or iron. Since the spring is a solid matter, we need to find the Young's Modulus of the material used in that spring. After finding these two information, use the formula of speed of wave, V = (E/p)^1/2. Hence, you will find the longitudinal velocity in that spring.
Where we constrained modulus and where we use young's modulus to obtain velocity of longitudinal wave? Whats the basic difference between them?
Thanks for the knowledge.
Velocity of longitudinal wave is independent of shape and size of material or not
Nice video, focus messed a bit up though :(
what about the longitudinal velocity in a spring?
To find that, we need to know what is the material used to make that spring? For example, aluminum or iron. Since the spring is a solid matter, we need to find the Young's Modulus of the material used in that spring. After finding these two information, use the formula of speed of wave, V = (E/p)^1/2. Hence, you will find the longitudinal velocity in that spring.
I can't understand English