Recent content by rickitek

Thanks for the links, very helpful..

i guess i found answers to some of my questions, the remaining questions "how big is the effect" , i think i can manage to find it with the help of your links especially the rocket booster simulation program. i will explore it to get answers. thanks a lot! thanks everyone...

ok guyz, thank you for all your responses and unfortunately i can not reply to all of you one by one because there so many, for now i still haven't get yet what i am looking for and its my fault, my questions is incomplete which causes confusions and more questions than answers. to make it...

the steel plate is not attached to the rocket, so the steel plate has no significant effect to the thrust because the effect is so small or negligible. thank you so much!

of course there would be no thrust because outside and inside environment will be in equilibrium, the gas wouldn't flows out. what I am asking is if the thrust would change if the outside environment specifically pressure changes. or is the thrust also is dependent on the outside pressure...

ok, if acceleration is the correct term, no problem, sorry for my incorrect use of term, I am not a physics expert. but the idea is there and i think that's is the most important. one more thing, if i put a rigid steel plate perpendicular to the exhausting gas, will the thrust produce by the...

so youre saying that the thrust produced by exhausting gas in both environment were the same, they only differ in speed of the vehicle because of friction(the speed of the vehicle in vacuum is larger than in pressurized)?

you can find the fuel consumption in the data sheet or specs of your generator, the data sheet is available in the manufacturer of your generator. so the first thing you need to do is to choose first your generator, google biogas generator there's a lot of company manufacturing it like GE...

if that is correct, then it means that the amount of thrust generated by a jet in vacuum is also the same if the same jet is put in a pressurized space. because if we analyze it, it seems to me that that the amount of thrust generated in vacuum is bigger than in pressurized space because the...

is the thrust equation F=MA applicable only in atmospheric condition? can we use this equation in vacuum or pressurized space, thanks!

hi nas, nice meeting you here

hi I am rick from the philippines. I am a mechanical engineer by profession, I am presently working on my idea, you know invention thing. hope i succeed...