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Mechanical aptitude test............ - Printable Version +- JapCarForum (https://www.japcarforum.com) +-- Forum: General Discussions (https://www.japcarforum.com/forumdisplay.php?fid=3) +--- Forum: The JCF Lounge (https://www.japcarforum.com/forumdisplay.php?fid=17) +--- Thread: Mechanical aptitude test............ (/showthread.php?tid=5290) |
Mechanical aptitude test............ - DaveEdin - 26-06-2018 lol def not what you said Oli... I picked that answer as well Phil, but just took it at face value I was wrong :laugh: Mechanical aptitude test............ - Phil01 - 26-06-2018 Me too, but let get back on Thread Mechanical aptitude test............ - edeath - 27-06-2018 Just got 82% . Glad all that school work has finally been put to good use :p
Mechanical aptitude test............ - Rabster - 27-06-2018 i couldn't even open the page does that mean i failed ? Mechanical aptitude test............ - DaveEdin - 27-06-2018 Yep :lol: Mechanical aptitude test............ - jay_russell - 27-06-2018 got 125 and 126 in iq tests last year. was a bit suprized how bad i did in this. but i guess this is for those who have a very mechanical mind. mine is but not as much as it should be. Mechanical aptitude test............ - Lexusboy - 27-06-2018 Done mine again today as i wanted to see if i done better when awake, the result was a little better, but i guess i am still hopeless. 66% On the first go when sleepy and 78% on the second still failed the test though and i work for Ford:biggrin: Mechanical aptitude test............ - parthiban - 27-06-2018 Was expecting to crash and burn but it wasn't as technical as I thought - as Toxo said pretty much all based on stuff from school, GCSE Physics in force! Seeing as I haven't had anything to do with anything like this for almost 10 years I'm quite pleased with the result!
Mechanical aptitude test............ - Sparkystav - 27-06-2018 Phil01 Ok 32 yrs ago lol. Thats what i thought, Surely atmospheric pressure is always the same lol Mechanical aptitude test............ - parthiban - 27-06-2018 Are you guys talking about the question with the 3 balloons of different sizes and asking which has the higher atmospheric pressure outside the balloon? As far as I'm concerned the answer is right, if you think of the gas inside the balloon is what is creating pressure and pushing outwards expanding the balloon, and atmospheric pressure is pushing the balloon inwards. If there is the same amount of gas in each balloon, the internal pressure is identical. Therefore the one with the highest atmospheric pressure is the one where the pressure inside the balloon finds it hardest to oppose the pressure outside the balloon - hence the balloon will be the smallest. Slightly roundabout explanation but hope that helps explain it - it's absolutely nothing to do with surface area, that's completely irrelevant, it's all about the pressure inside and outside the balloon. |