View attachment 295468
The ones here who can count with more than one finger, stand up and be counted
That leaves you out......now what?
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View attachment 295468
The ones here who can count with more than one finger, stand up and be counted
Correct, the system continues to fill one balloon after another. It's the output at any one moment in time that matters. Once the first ten (10) balloons are filled the returning pulling force is the combination of the ten (10) pulling up creating a continuous uplifting force of 14,413 lbs.. rising at over 2 feet per second.You're not filling one balloon.
I didn’t realize the you were speaking for BRIPAT9643That leaves you out......now what?
Please show where you calculated how much power is obtained/produced by each operation.The power required to push the air down is greater than the power obtained by the buckets rising.
You are having a problem seeing the forest for the trees or visa-versa.
The power to push the air down to fill one balloon or whatever is being returned with the power of ten (10) balloons rising.
What am I missing here-?
Or is it you who has failed to see the light-?
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Oh my, we are so sensitive, aren't we?I didn’t realize the you were speaking for BRIPAT9643That leaves you out......now what?
Now it seems there are two clowns in town & neither can count; go figure
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Correct, the system continues to fill one balloon after another. It's the output at any one moment in time that matters. Once the first ten (10) balloons are filled the returning pulling force is the combination of the ten (10) pulling up creating a continuous uplifting force of 14,413 lbs.. rising at over 2 feet per second.You're not filling one balloon.
convert that to electrical output and what energy value is it-?
Probably half, or less, of the input.
I have posted the drawing of the actual machine
You, nore anyone else here has even tried to disprove the numbers produced.
All I can
Say is I am glade you and the other doubt-ers here keep on posting because this keeps the idea alive.
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Where's the number for the energy required to fill the buckets with air?Probably half, or less, of the input.
I have posted the drawing of the actual machine
You, nore anyone else here has even tried to disprove the numbers produced.
All I can
Say is I am glade you and the other doubt-ers here keep on posting because this keeps the idea alive.
View attachment 295495
I was hoping you could tell me -Where's the number for the energy required to fill the buckets with air?
I could once. I have a degree in Mechanical Engineering. That's how I know you're perpetual motion machine won't work.I was hoping you could tell me -Where's the number for the energy required to fill the buckets with air?
Can this machine create more energy than consumed?
If yes why & if not why not?
An energy design that may lead us to tomorrow
SeasEngine design-potential
Following is the process-
At 18 ATM, 594 feet down, the balloon is injected with air that is compressed to 36 cubic feet.
At 15 ATM that same 36 cubic feet will expand to 108 CF
Giving it a rising force of (108x64) = 6,912 pounds of lifting force
At 12 ATM that same 36 cubic feet will expand to 324 CF
Giving it a rising force of (324x64) = 20,736 pounds of lifting force
At 9 ATM that same 36 cubic feet will expand to 972 CF
Giving it a rising force of (972x64) = 20,736 pounds of lifting force
At 6 ATM that same 36 cubic feet will expand to 2,916 CF
Giving it a rising force of (2,916x64) = 186,624 pounds of lifting force
At 3 ATM that same 36 cubic feet will expand to 8,748 CF
Giving it a rising force of (8,748x64) = 559,872 pounds of lifting force
Having stated the above, the combined lifting force is---
774,144-foot lbs. of lifting force.
speed of the rising bubbles-?
Principles to run the machine
[1] an enclosed container (X) of air submerged in water has a lifting force (Y) equal to the volume of the water displaced minus the weight of the container; [yes] [no]
[2] connection multiple containers one on top of the other creates a combined lifting force of (Y)+ (Y)+ (Y)+ (Y)+ (Y)+ (Y)+ (Y)+ (Y)+ (Y)+ (Y)
Which is a greater lifting force than (Y); [yes] [no]
[3] the energy needed to fill one container is equal to the energy needed to sustain the combined lifting force of the containers referenced above minus the energy needed to keep it running.
; [yes] [no]
Won't work because.....tanstaafl.
Finally ... someone figured out perpetual motion.
I need to know if the image is readable-?
The lines are too thin. Tomorrow I will go back to my office and thicken the lines. I will also reduce the image size 50%
Having said this, do you understand the overall concept-?
I was hoping you could tell me -Where's the number for the energy required to fill the buckets with air?
You are maybe the 25th person to tell him this, but he is like in the Twilight Zone.I was hoping you could tell me -Where's the number for the energy required to fill the buckets with air?
The energy need to fill the buckets with air is slightly larger than the energy you get out of the rising buckets.
That is because there is frictional loss with the air pump.
So then absolutely nothing is gained by this mechanism at all.
The air expands as the buckets rise, but since the water pressure is lower, there is also less lift.