What a Wet Shot looks like.

:rofl::rofl::banghead::banghead::banghead::rofl::rofl::rofl:

you can all now continue talking about nothing. My day is over and I'll forget all about this useless thread by Monday. :beerchug:

this has now become another waisted nitrous thread. Eventualy I'll learn not to comment on any of the nitrous threads that are created. Sorry, it was my own fault. :banghead:
 
OK commuta. I'll answer since you don't want to play anymore. I just wanted to get all the info together at one time cause I know more questions will pop up with short answers. You asked me how I knew my engine was at 96% VE. The short answer is simple but doesn't give you all the info. Lets take our 296cfm VE. I already went over how we got the theoretical VE. Now we want to know what our actual is. If our 100% VE is 296cfm and I say we have 90% then our actual VE would be 266cfm. To verify that we need to see what we are using. This is where all the computations come in at that I don't have time to put up untill I get home. I will tell you exactly how you mearsure this with your stock boost sensor on your bike to get a good close number. Once you got that number then you wll see how close you are to your theoretical VE and that will give you your percentage. For those with patience, I will go step by step of how to determine your actual VE so you can see how well your engine can displace air.
 
Lets stay focused on what we're discussing before jumping on wet kits. I will tell you why later but what I'm trying to get you to confirm is what your saying. So why wouldn't I get a even distrubution of nitrous if I fog the airbox?

Bro, its impossible to stay on point with you.....i answer one question and you come back with something completely different or ask three more questions without putting the original one to bed! :banghead:
I'm not saying you cant ever get an even distribution with a fog style n2o kit.....just A LOT less likely! When you fog the air box your dependent of each cyl to take in an equal amount of n2o, too many things can affect this, thats why a spray bar will be more efficent, easier on engine parts, and make more HP(provided one is inducing the correct amout of fuel, where as anybody knows is how you make all your extra HP from anyways)!
 
Bro, its impossible to stay on point with you.....i answer one question and you come back with something completely different or ask three more questions without putting the original one to bed! :banghead:
I'm not saying you cant ever get an even distribution with a fog style n2o kit.....just A LOT less likely! When you fog the air box your dependent of each cyl to take in an equal amount of n2o, too many things can affect this, thats why a spray bar will be more efficent, easier on engine parts, and make more HP(provided one is inducing the correct amout of fuel, where as anybody knows is how you make all your extra HP from anyways)!

Now we going somewhere. Lets take this a step at a time. You say the fogging the airbox is dependant on each cylinder to take a equal amount. Why would one cylinder take more than another?
 
There are a few reasons 1 is pressure, temp , mixture, :poke:jet placement and that is on a good engine all cyl same.....
 
There are a few reasons 1 is pressure, temp , mixture, :poke:jet placement and that is on a good engine all cyl same.....

None of them reasons have anything to do with why one cylinder will take in more air than another. If the engine has a perfect leak down and compression is in range, why would one cylinder work better than another?
 
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