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Message: <blockquote data-quote="AbdulAlhazred" data-source="post: 8286661" data-attributes="member: 82106">The FLOW RATE is all that matters. The more 'choked' the flow (IE the lower the rate) effectively is just a smaller diameter 'reacting' piston in the hydraulic model, so the velocity will be higher. You could ideally model this like Ohm's Law, V = IR where 'V' is a reflection of velocity and 'I' is a reflection of mass flow, and 'R' represents the pressure drop. Anyway, the upshot is, the more cube stuff that squirts out per unit time, the slower it will come out. If I was designing the trap I would optimize this.I would not think it would be anything like that high velocity. I'd only be concerned about how much cube stuff projected to what distance, and even then I'm just going to wing it and describe it as some save at some bonus or other at 1 or 2 different distances.</blockquote>