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[SiPHON.wpd];    Bernoulli's law corrected..
 ..with velocity v & velocity v3 DiSTiNGUiSHED.!! ```Brian
Given: CONSTANT = P + density*v^2 / 2 + density*g*height;..
Pressure*meter^3 + flow mass*velocity^2 / 2 + mass*g*radius.

Then, Bernoulli's law in GUESS iSS units:
= CONSTANT E = Pascal*meter^3 + (mass*v^2 / 2) + mass*g*r3
             = Pascal*meter^3 + (mass*v^2 / 2) + mass*v3^2
        = (mass^2*v^2 / 2*M1) + (mass*v^2 / 2) + mass*v3^2
                   = eK       -     eV         + eG
                                     = eK - eV + eG
                                           = L + eG
                                           = L + eM + eV.
M1 = CENTRAL EARth mass, here.
mass = Bernoulli "TEST flow mass".
v = Bernoulli's, "mass flow velocity".
Pa = Static pressure ..in GUESS, Pascals.
g = v3^2 / r3 = G*M1 / (n - 1)*r3^2 gravity.
v3 = Equivalent VLO orbit velocity if g at r3.
eG = G*M1*mass / (n - 1)*r1 = GiBB's free energy.
eK = mass^2*v^2 / 2*M1 = [Pa*Vol] = Kinetic energy.
L = (mass*v^2 / 2)*{(m / M1) + 1} = LaGrangian energy.
eV = eK - L = eG - eM = Volt*Amp*sec or - (mass*v^2 / 2).
eM = E - eG = eG - eV = mass*c^2 = an intrinsic REST energy.
E = eK + eG - eV = eM + L + eV = L + eG = eM + eK = Enthalpy.
Note Bernoulli's height h = PROFiLE radius r3, of planet M1.
Bernoulli's second term density*v^2 / 2 = Dynamic pressure.
Note the (Dynamic Pressure)*Volume is the Dynamic energy.
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>$                     Re: Siphons
> "tadchem" <thomas.davidson@dla.mil> wrote in message
> news:1128705344.552870.265110@g49g2000cwa.googlegroups.com...
> | Bernoulli equation (from
> | http://scienceworld.wolfram.com/physics/BernoullisLaw.html) covers
> | this.
> |
> | Bernoulli's law describes the behavior of a fluid under varying
> | conditions of flow and height. It states
> |
> | (1) P + 1/2*rho*v^2 + rho*g*h = constant
> |
> | where P is the static pressure (in Newtons per square meter),  rho is
> | the fluid density (in kg per cubic meter), v is the velocity of fluid
> | flow (in meters per second) and h is the height above a reference
> | surface. The second term in this equation is known as the dynamic
> | pressure.
> |
> | Note also that g is the acceleration due to gravity.
> |
> | Tom Davidson
> | Richmond, VA
Re: Siphons; Sat 08 Oct 2005 13:59:25 -0230
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