Welcome,
Let it will be two identical moto-pumps; these pump are connected in series,
in row ,by pipe of corse.
Let these two pumps are pumping.a water.
Then , efficiency one of these two pump can to be
bigger than an unity.
First pump provides the water to the second pump,
and this water( with velocity V) is the in put water to the second pump.
In this situation, in put and output this water of these pump
can be same, but efficieny of second pump
can be bigger then unit.
Both of these moto-pump although pumped the same
quantity of water, used different quatity of fuel in same of time.

You wount get out the energy you put in .
allways a loss of energy in an energy exchange . TRY THE MATH

Yawn.

"Eugeniusz Wareda" wrote in message
...
Welcome,
Let it will be two identical moto-pumps; these pump are connected in
series,
in row ,by pipe of corse.
Let these two pumps are pumping.a water.
Then , efficiency one of these two pump can to be
bigger than an unity.
First pump provides the water to the second pump,
and this water( with velocity V) is the in put water to the second pump.
In this situation, in put and output this water of these pump
can be same, but efficieny of second pump
can be bigger then unit.
Both of these moto-pump although pumped the same
quantity of water, used different quatity of fuel in same of time.

Eugeniusz Wareda wrote:

Welcome,
Let it will be two identical moto-pumps; these pump are connected in series,
in row ,by pipe of corse.
Let these two pumps are pumping.a water.
Then , efficiency one of these two pump can to be
bigger than an unity.

Then it powers the other pump and you can pull the plug.

Idiot.

[snip idiocy]

--
Uncle Al
http://www.mazepath.com/uncleal/
(Toxic URL! Unsafe for children and most mammals)
"Quis custodiet ipsos custodes?" The Net!

Eugeniusz Wareda wrote:

Welcome,
Let it will be two identical moto-pumps; these pump are connected in series,
in row ,by pipe of corse.
Let these two pumps are pumping.a water.
Then , efficiency one of these two pump can to be
bigger than an unity.
First pump provides the water to the second pump,
and this water( with velocity V) is the in put water to the second pump.
In this situation, in put and output this water of these pump
can be same, but efficieny of second pump
can be bigger then unit.
Both of these moto-pump although pumped the same
quantity of water, used different quatity of fuel in same of time.

See: http://scienceworld.wolfram.com/phys...odynamics.html

*********
*********
Welcome
I have tryed it allready experimenally only.
I used the two electrical duster in the series connection
by the series , using the identical pipes.
The rotational speed of the rotor whirl is MORE, (it can
be hard of hearing), in the SECOND dust cleaner , than
the rotational speed in the FIRST dust cleaner.
I was suprised this ,that corking the input or output of duster rotational
speed increased.
Sincerelly E.W W-w 2004/Jun/05






Uzytkownik "tj Frazir" napisal w wiadomosci
...
You wount get out the energy you put in .
allways a loss of energy in an energy exchange . TRY THE MATH
,,

***********
***********
Welcome,
But what it will be ,if to the output of THE SECOND
pump is connected the tube by which flows the liquid directly to the hight h
=10m ???
with respect E.W. W-w 6/6/2004/
*************************************



Uzytkownik "Uncle Al" napisal w wiadomosci
...
Eugeniusz Wareda wrote:

Welcome,
Let it will be two identical moto-pumps; these pump are connected in
series,
in row ,by pipe of corse.
Let these two pumps are pumping.a water.
Then , efficiency one of these two pump can to be
bigger than an unity.

Then it powers the other pump and you can pull the plug.

Idiot.

[snip idiocy]

--
Uncle Al
http://www.mazepath.com/uncleal/
(Toxic URL! Unsafe for children and most mammals)
"Quis custodiet ipsos custodes?" The Net!

Instead ..
get a sqiril cage blower and fit it to the end of a pipe or make a good
water turbine .
Run 6 inch pipe up the creek a few miles till its 200 feet higher than
the AC motor conected to the turbine.
You should run 1450 rpm 30 hp.
$ 10,000 invested but worth 30 bucks a day.
would pay off in a year and run forever on the pipe . The ac would
last 20 years.
A bigger one pays better .
40 inch at 3 bucks a foot 2500 HP.
$ 25,000 AC and $ 30,000 pipe .
Thats a MILLION bucks a year for $ 50,000 .
The old methods improved ,
used for raidiant heat and air and some lights.

"Eugeniusz Wareda" wrote in message
...
Welcome,

Go away, crackpot.