tuning problems
In order to change the clutch hydraulic fluid you need to replace the brake fluid and bleed all the brakes as well (clutch and brake fluid is shared system).
higher temperature yields higher pressure. because each molecule in the air has more kinetic energy, they are moving around faster. So when the impact the sides of the container they are in the force is higher. Normalize the force of all these molecules bashing into the walls of the container based on container square area and you have lbf/in^2. Pressure.
This pressure rise with respect to temperature can be very accurately predicted using the ideal gas law.
Pv=kRT
P=pressure
v=specific volume (reciprocal of density)
k=1.4 for air, its a constant, a measure of how "ideal" the gas is
R=is the ideal gas constant, really doesn't mean anything
T=temperature in Rankin or Kelvin pending on if ur in english or metric units.
http://en.wikipedia.org/wiki/Ideal_gas_law
Just the way it is....
Thread Starter
Senior Member
iTrader: (2)
Joined: 06-09-09
Posts: 1,218
Likes: 0
From: Grain Valley, MO
All that matters is my car only boosts to 16 psi or so and the iat2s r down around 105 when it's 75 out and I'm running the **** outta the car at the track. I just need to put in new fluid for the brkes and clutch. It's not the shifter linkage. I checked.
Thats not how physics works.
higher temperature yields higher pressure. because each molecule in the air has more kinetic energy, they are moving around faster. So when the impact the sides of the container they are in the force is higher. Normalize the force of all these molecules bashing into the walls of the container based on container square area and you have lbf/in^2. Pressure.
This pressure rise with respect to temperature can be very accurately predicted using the ideal gas law.
Pv=kRT
P=pressure
v=specific volume (reciprocal of density)
k=1.4 for air, its a constant, a measure of how "ideal" the gas is
R=is the ideal gas constant, really doesn't mean anything
T=temperature in Rankin or Kelvin pending on if ur in english or metric units.
http://en.wikipedia.org/wiki/Ideal_gas_law
Just the way it is....
higher temperature yields higher pressure. because each molecule in the air has more kinetic energy, they are moving around faster. So when the impact the sides of the container they are in the force is higher. Normalize the force of all these molecules bashing into the walls of the container based on container square area and you have lbf/in^2. Pressure.
This pressure rise with respect to temperature can be very accurately predicted using the ideal gas law.
Pv=kRT
P=pressure
v=specific volume (reciprocal of density)
k=1.4 for air, its a constant, a measure of how "ideal" the gas is
R=is the ideal gas constant, really doesn't mean anything
T=temperature in Rankin or Kelvin pending on if ur in english or metric units.
http://en.wikipedia.org/wiki/Ideal_gas_law
Just the way it is....
RNJ.. is probably confusing pressure with density
Thread
Thread Starter
Forum
Replies
Last Post



