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those are all p standard derivations tho, is that all?

what are the drawbacks of the stand. model anyone? OOH ALSO what equations do we need to derive?

error bar??

first chapter?

anyone else remember this q?

88 sounds familiar but no promises

ah man this is so much clearer thna any textbook or website, many many thanks!

god, taking me back, i got an answer to line up tho u?

i bet theyll ask about experimental error too, whats the go with that/what types of error are there?

which one? mc or truss analysis

what do we reckon will show up in this exam?

damn, i just did the compressed air without subtraction of the outside pressure bc it was asking the force that *the compressed air* had on the ram, regardless of the atmospheric pressure :<

lined up nicely w. the other diagram tbh

thoughts on the exam as a whole? also was that development style question in mc 8.9 metres?

what do we reckon we will see in the test? calcs and content stuff too defs can see some treatment of metals, stuff about the heat-affected-zone, some microstructure, defs shear force, bending moments diagrams, truss analysis and reaction calculation, maybe an mc choice specifically on as1100...

ur right, i find the more u look into shit in this course the more convoluted and contradictory things can get. its one of the few courses in which a deep understanding of the content doesnt *always* seem to be a massive drawcard

HATE heat treating, u got like, a list of possible treatments?

when u say true length u mean drawing the developments right?

never overestimate engineering teachers, a couple of the questions ive seen are straight up reused from previous exams

peak engineering studies teaching tho, we had a similar situation what kinda biomedical stuff do u reckon? i reckon theyll get us to draw a jet engine x-section