I have 3 topfin bubble wall pieces with a good sized pump, but it seems as if only the first one works well?

Question

They are brand new, and I am using a big pump. I have tried switching the pieces around, but it doesn't make much difference, any suggestions?

Answer 1

It's hard to make more than one work when they are placed in a line like that. The best bet is to pick up a 3-way gang valve and some more air tubing. Hook the pump to the valve and then attach a piece of tubing from there to each bubble wall separately. Then you can adjust how much air is going to each piece of the wall.

MM

Answer 2

Hmm...i'm unclear approximately precisely how your random circulate could artwork (as others have reported). For simplicity i will discretize it and say that the bubble will make one in all 7 options: stay the place this is, pass left, precise, up, down, back, or forward; all with equivalent risk. if it fairly is the case, we are in a position to project the movements right into a unmarried axis, considering that we are going to basically be able to run into one wall, and each and each of our axes are indistinguishable from one yet another. So, specializing in say the x-axis, we've for each step, P(-a million/n) = P(+a million/n) = a million/7 P(0) = 5/7. In technical words, we are staring at an application of homogeneous Markov chains, a minimum of style of. i've got no longer found out fairly a thank you to make the answer fall out, yet i think of I could a minimum of see if my discrete kind is proper, or in case you will possibly fairly see a stunning built parameterized function such that the finished spinoff wrt time is a million/n. a pair of notes in line with my instinct: i think of that any simulation might actual end interior the destruction of the bubble; inspite of the undeniable fact that, theoretically the bubble could proceed to exist perpetually. the real question is what's the risk final for one in all those concern (after subtracting all different possibilities of loss of existence). once I get domicile to my own laptop i could prepare some simulations and/or excel formula. EDIT (on the instant after posting): holdm is powerful that Brownian action is extra precise for what you like. If we would opt to get some style of suitable effect nevertheless i think of we are going to wish some style of simplification.

Answer 3

Simply install an Air Pump Gang Valve and it will allow you to balance out the amount of air going to each piece.

Answer 4

Remember to soak the airstones for 10min before using.

Answer 5

Try buying a new airstone and replacing the old one with the new one.