Recent content by thor55

Hi Am I making this more difficult for myself by looking at the slider crank mechanism examples online as none are the same and they work out the velocity of other vectors by drawing the velocity Diagram Part a says (I)Work out the velocity of piston relative to O (VBO) (ii) angular velocity...

ok i understand that now but how do i draw this if i was i was to draw a line perpendicular to the crank at 90 degrees that would be end up at 135 degrees sort of. as it must travel trough O and the connecting rod also perpendicular but it must travel trough A but i am unable draw it like that...

hi i can't think what i mean anymore as i been trying to solve this question and its not making any sense to me anymore so the crank rotates at 300 revs a min and so the rads is 31.42 and the velocity of the crank is 1.57 meters. so using your suggestion of how to work out tangential velocity...

hi i am struggling with this question the example does not make sense to me in my work its a Teeside uni stuff any help will be appreciated the rads = 31.42 velocity of the crank os 1.57m/s and the tangentail velocity is 1.11m/s but not sure how to work out the angular velocity of link AB a...

basically i know that this is a simultaneous equation but like when the integration takes part and the denominators change in post 20 and when he( al_pa_cone) works everything out he has 12 as a dominator in post 24 also when he works out the value for A he has different denominators and...

hey guys i was doing this question but don't understand anything and how it works can i get some help i tried to follow the working out in my notes and one of the al_pa_cone. still don't understand some help will be great. thank you

i was struggling to understand my learning material and so i came on here and tried ti have a look if someone els has had a go on the same question and i found they reply at the top so had a go and followed the steps with my own figures that were not that different. but if i did just 0.75 *34...

would you look at this document for me and see what i have done wrong and can i get some help on part (i) and k

If 5% of the heat available for steam production is lost to the atmosphere, determine the amount of steam raised per hour when the total flow of flue gases is 1400 kmol h–1. Total flow rate of the flue gases = 1400Kmol/hr. 5% of the heat available is lost. The actual amount of the heat...