Recent content by wee VooDoo

  1. W

    Gas Law - increasing temperature with constant volume held

    Thank you very much for your detailed reply, really appreciate the help
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    Gas Law - increasing temperature with constant volume held

    Thank you all for your kind replies. The pump is an air compressor with max pressure of 120 psi. I've threaded in a 100mm length of 3/4" stainless steel (SS 316) which has a wall thickness of around 2mm. So the pipe is just simply sticking out the air compressor outlet. The backpressure is...
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    Gas Law - increasing temperature with constant volume held

    Thank you, so if I were to compress the volume using a piston instead, the temperature would increase? i.e: P1V1/T1 = P2V2/T2 I'm having trouble thinking about how to calculate on paper what the temperature increase would be. Inputting starting pressure (atmosphere) and temperature (ambient...
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    Gas Law - increasing temperature with constant volume held

    I was looking at Combined Gas Law PV/T = C Maybe I should be looking at ideal gas law? Is it because I am adding more air to the system, rather than compressing the original volume of air? Newbie at this, sorry :) Any learnings would be appreciated
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    Gas Law - increasing temperature with constant volume held

    I've set up a simple experiment to look at the ideal gas laws. My experiment is relatively simple in that I have a metal tube which is capped on one side. I am then pressurising the tube with air to 100 psi and locking it off. My thought is that as the pressure increased, with volume held...
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    Replacing column by equivalent force and couple

    Thanks SteamKing. I know it sounded stupid but I just could not figure it out for the life of me. Too much studying frying my head! Thanks again!
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    Replacing column by equivalent force and couple

    The Problem I've been given the beam shown below to carry out the Hardy Cross method (Moment Distribution) too. I have no problems with the method but I'm struggling with part b, which states "Replace column by an equivalent force and couple at point C"...
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