Pigglyjuff Full Member 10+ Year Member Aug 12, 2012 #1 Advertisement - Members don't see this ad I've never really grasped this concept. Are the waves and nodes/antinodes in these pipes from longitudinal waves? What do we really have to know about them? 😕
Advertisement - Members don't see this ad I've never really grasped this concept. Are the waves and nodes/antinodes in these pipes from longitudinal waves? What do we really have to know about them? 😕
Pigglyjuff Full Member 10+ Year Member Aug 12, 2012 #3 johnnydrama said: Pressure waves. You need tension for longitudinal (can't happen in gas or liquid except at interfaces, eg surface tension). Click to expand... Ah thank you. That's what I was imagining. Upvote 0 Downvote
johnnydrama said: Pressure waves. You need tension for longitudinal (can't happen in gas or liquid except at interfaces, eg surface tension). Click to expand... Ah thank you. That's what I was imagining.
R rjosh33 Full Member 10+ Year Member Aug 12, 2012 #4 johnnydrama said: Pressure waves. You need tension for longitudinal (can't happen in gas or liquid except at interfaces, eg surface tension). Click to expand... I think you meant transverse. Longitudinal (sound) waves can travel through air and water. Upvote 0 Downvote
johnnydrama said: Pressure waves. You need tension for longitudinal (can't happen in gas or liquid except at interfaces, eg surface tension). Click to expand... I think you meant transverse. Longitudinal (sound) waves can travel through air and water.
D deleted103644 Aug 12, 2012 #5 rjosh33 said: I think you meant transverse. Longitudinal (sound) waves can travel through air and water. Click to expand... Haha, yes, my apologies. That's embarrassing Upvote 0 Downvote
rjosh33 said: I think you meant transverse. Longitudinal (sound) waves can travel through air and water. Click to expand... Haha, yes, my apologies. That's embarrassing
