- #1
smart_worker
- 131
- 1
let me make it clear this is NOT A HOMEWORK.i am just having a doubt.
if there is a rope passing through two parallel vertical slits placed close to each other. The rope is fixed and if it's moved up and down perpendicular to its length,transverse waves are generated with
vibrations parallel to the slit.But if the second slit is made horizontal, the two slits are perpendicular to each other. Now, no vibrations will pass through the second slit and amplitude of vibrations will become zero.but how is that possible?
On the otherhand, if longitudinal waves are generated in the rope by moving the rope along forward and backward, the vibrations will pass through them irrespective of their positions.
why only longitudinal waves exhibit this behaviour
if there is a rope passing through two parallel vertical slits placed close to each other. The rope is fixed and if it's moved up and down perpendicular to its length,transverse waves are generated with
vibrations parallel to the slit.But if the second slit is made horizontal, the two slits are perpendicular to each other. Now, no vibrations will pass through the second slit and amplitude of vibrations will become zero.but how is that possible?
On the otherhand, if longitudinal waves are generated in the rope by moving the rope along forward and backward, the vibrations will pass through them irrespective of their positions.
why only longitudinal waves exhibit this behaviour