GREAT POST

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98LS1

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Since when did people compare hp/liter? I see import guys do it all the time, but rarely see domestic guys do it. Hp/liter means jack shit. Hp/pound....

When you force air into a motor, you're thusly creating more displacement. Ever wonder why they call it a 2.2L KB or such?

P1*V1=P2*V2. Learn it, use it, love it. If anyone here knows what this is, I'll be impressed.

Wanna talk about efficiency, how about 350rwhp and getting 30mpg?

I love how people think 600-700rwhp is just a blower swap away. No one ever thinks of the internals, the fuel system needed to feed such an application, the suspension work to actually put that much power to the ground, etc....ask MD, he'll tell you how much money goes into these things.

Look at JD's new Cobra that makes nearly 600hp, he said they guy has over $10k in performance parts and accessories....and he still hasn't touched the rear end.

Whoever wrote the original post is a complete idiot who has never been on both sides of the fence. He was obviously butthurt at some point in his life and has never had a fast car. Probably never will.
 
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lemon

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Re: RE: GREAT POST

98LS1 said:
Since when did people compare hp/liter? I see import guys do it all the time, but rarely see domestic guys do it. Hp/liter means jack shit. Hp/pound....

When you force air into a motor, you're thusly creating more displacement. Ever wonder why they call it a 2.2L KB or such?

P1*V1=P2*V2. Learn it, use it, love it. If anyone here knows what this is, I'll be impressed.

Wanna talk about efficiency, how about 350rwhp and getting 30mpg?

I love how people think 600-700rwhp is just a blower swap away. No one ever thinks of the internals, the fuel system needed to feed such an application, the suspension work to actually put that much power to the ground, etc....ask MD, he'll tell you how much money goes into these things.

Look at JD's new Cobra that makes nearly 600hp, he said they guy has over $10k in performance parts and accessories....and he still hasn't touched the rear end.

Whoever wrote the original post is a complete idiot who has never been on both sides of the fence. He was obviously butthurt at some point in his life and has never had a fast car. Probably never will.

excuse me, i did a hp/cid comparison... so there buddy..

second that p1*v1=p2*v2 has something to do with velocity and power, correct? or if it doesnt... its at least an inverse relationship between the two operands in the equation, which if the two operands were power and velocity, then as one goes up, the other goes down, so if you increase your power, then your velocity goes down, and to increase your velocity, your power has to go down...

simplified:

300*400 = 600*200....

so, if thats what your saying, then i need to DECREASE my gt's engine performance to go faster...







unless thats not the whole thing anyways, but if it is...
 

AtlanticBlue99

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pressure 1 (volume 1) = pressure 2 (volume 2)

yea chemistry owns all. if any tech junkies want to get ahead, learn the hell outta chem and physics and you can go far :rock

and you could also factor in a running temperature (variable "T") and divide both sides by the temp to factor in a more efficient equation. and yes, chemistry owns all.

now do random number equations of P1*V1/T1 = P2*V2/T2

you will realize that a higher temperature will lower air pressure in a given steady volume... thus a lower operating temp that is still in the range for complete combustion is what everyone is looking for reaching and maintaing.
 

lemon

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Re: RE: GREAT POST

AtlanticBlue99 said:
pressure 1 (volume 1) = pressure 2 (volume 2)

yea chemistry owns all. if any tech junkies want to get ahead, learn the hell outta chem and physics and you can go far :rock

i knew it looked familiar....

just didnt know what p & v stood for... :tard
 

sp3nis

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Re: RE: GREAT POST

98LS1 said:
Whoever wrote the original post is a complete idiot who has never been on both sides of the fence. He was obviously butthurt at some point in his life and has never had a fast car. Probably never will.

lmao you should see what i turned that thread into a nice big fight. :banana
 

98LS1

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P1*V1=P2*V2

P1=14.7 PSI (Atmospheric pressure)
V1= X (What we are solving for)
P2=34.7 PSI (Atmospheric pressure + 20 PSI of Boost)
V2=281 Cubic inches (engine displacement)

Solving the equation for V1

V1=(P2*V2)/P1

V1= 663 Cubic Inches

In theory it would take a 663 N/A cubic inch motor to move as much air as a 4.6L on 20psi boost. This does not take into effect temperature, as it's hard to determine the temp of a boosted motor vs an N/A motor.

Hell a stock Eaton on 8psi is equal to a 434 N/A motor.

So much for the displacement argument.
 

sp3nis

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Re: RE: GREAT POST

98LS1 said:
P1*V1=P2*V2

P1=14.7 PSI (Atmospheric pressure)
V1= X (What we are solving for)
P2=34.7 PSI (Atmospheric pressure + 20 PSI of Boost)
V2=281 Cubic inches (engine displacement)

Solving the equation for V1

V1=(P2*V2)/P1

V1= 663 Cubic Inches

In theory it would take a 663 N/A cubic inch motor to move as much air as a 4.6L on 20psi boost. This does not take into effect temperature, as it's hard to determine the temp of a boosted motor vs an N/A motor.

Hell a stock Eaton on 8psi is equal to a 434 N/A motor.

So much for the displacement argument.

i heart you
 

04ShakinSteed

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Re: RE: GREAT POST

98LS1 said:
P1*V1=P2*V2

P1=14.7 PSI (Atmospheric pressure)
V1= X (What we are solving for)
P2=34.7 PSI (Atmospheric pressure + 20 PSI of Boost)
V2=281 Cubic inches (engine displacement)

Solving the equation for V1

V1=(P2*V2)/P1

V1= 663 Cubic Inches

In theory it would take a 663 N/A cubic inch motor to move as much air as a 4.6L on 20psi boost. This does not take into effect temperature, as it's hard to determine the temp of a boosted motor vs an N/A motor.

Hell a stock Eaton on 8psi is equal to a 434 N/A motor.

So much for the displacement argument.

I am deeply impressed my man :rock
 
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