A new energy source-maybe--maybe-not

[justcurioustwo]

I can confirm I can see (sea?) the drawing.

do you see the drawing above your post-?

 

[justcurioustwo]

I can confirm I can see (sea?) the drawing.

If you hold down your [CTRL] key while rolling up and down your mouse roller the image will enlarge or shrink.
Does this work on your computer-?

 

[justcurioustwo]

I've not looked too deep (pun-intended),
but suspect your bubbles may not be as big , if the source "gasses are above sea temperature , they will contract some on cooling ..
(even though plenty of expanding

When I read your post a light bulb popped on, thanks.
The temperature needs to be considered.
Sea water averages about 67 degrees Fahrenheit
I am not sure how much change taker place.

Do you think this will slow it down or speed it up?

 

[justcurioustwo]

bubble in seawater rises around 220 mds and almost same as that in artificial seawater and distilled water

MT03014FU.pdf (witpress.com)

Speed of rising bubble

220 mds

1 inch = 25.4 millimeters

220mm = 8.66142 inches

12/8.66= 1.3854 feet per second

33/1.385= 45.7182 seconds

Between refiles is therefore every 45 sec+/-

Is that even close?

 

[justcurioustwo]

Bubble equation @

The lifting force of an enclosed container, (bubble); is equal to the volume of water being displaced. To push one cubic foot of enclosed air under water takes a force of 64 pounds at one ATM.

This is the equation that determines the volume of air at different depths.

Formula used (ATM/V1) X V = bubble size

V1 is the volume at 1 ATM. Assuming the volume at 1 ATM is 100 cubic feet; at 2 ATM’s the volume is compressed to half its size or 50 cubic feet.

At 18 ATM’s that 100 cubic feet is compressed down to (18/100) X 100 = 18 cubic feet

Formula used (ATM/V1) x V = bubble size

ATM = atmosphere pressure at sea level. The combined lifting force is the volume of each bubble in cubic feet times 64 pounds.

A cubic foot of seawater weighs 64 pounds

If you displace a cubic foot of seawater the force of the water surrounding the cubic force to rise equals 64 pounds

If a boat displaces 1,000 cubic feet of seawater, the boat can weigh as much as

64 X 1,000 = 64,000 pounds or 32 tons without sinking

I call the 64,000 pounds of force to be in a static state or .

If that 32 tons was set into motion, the speed of that motion times the weight measured in foot pounds = torque equation

Please, someone correct me

 

[telectrix]

how are you going to get the air into the inverted buckets at the bottom of the sea? electric compressor or the Airbag Fairy?

 

[DPG]

This thread is going round in circles, much like the sea machine.

 

[telectrix]

them buckets must have corroded through by now, immersed in sea water. pity can't say same for this thread.

perhaps the barnacles farting could kick startit into motion.

 

[James]

I can say with absolute certainty,

I have used more energy viewing this page than the machine will ever generate.

 

[static zap]

Sea temperature may make it a little less dense ..
My comment is more about , expanding Gas needing heat to achieve expansion ... Cooling sea ..
( This heat was given up when the gas was cooled as it was compressed)