econ_AAiC_can_it_work_power_of_the_moon_to_clean_up_after_factories
the economic ideas is to use an economic formula to clean up
after companies
where it does not cost the customers any extra money
and it does not cost the company any extra money
the idea may only work for poor companies ... ???
the idea would require a self contained economic formula using
root based economics ... ???
people who might want to do it would be
people who are super passionate about cleaning up the
environment ... ???
a percentage of these ideas are really old ideas,
the ideas are still here in case something can be done with it
...
people
could use this energy to make tools to
clean
the water on the shore ???
people
could create an algebraic economy
within
an economy ???
to
supply power and tools to turn waste products
into
safe products for use in an economy ???
or
for storage for later generations to use as a product or
tool ... ???
| Use the algebraic
economic power of the moon to clean the planet ???
of course you would need to check the math to make sure it is correct … but here is the idea
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given ??? |
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water weighs 62.5 pounds per
cubic foot ??? |
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something that has no weight |
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that displaces a cubic foot of
water |
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could lift 60 pounds ??? |
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1,000 |
feet by |
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1,000 |
feet |
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1,000,000 |
square feet |
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60 |
lbs. of upward lift per cubic
foot |
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60,000,000 |
pounds of upward lift |
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one horse can pull up |
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330 |
with a pulley ??? |
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would be the same as |
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181,818 |
horses pulling on a steel cable
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1 horsepower is equivalent to
746 watts. ??? |
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So if you took a 1-horsepower
horse and put it on a treadmill, |
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it could operate a generator
producing a continuous 746 watts ??? |
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1,000 |
feet by |
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1,000 |
feet |
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1,000,000 |
square feet |
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60 |
lbs. of upward lift per cubic
foot ??? |
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60,000,000 |
pounds of upward lift ??? |
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one horse can pull up |
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330 |
pounds with a pulley ??? |
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would be the same as |
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181,818 |
horses pulling on a steel cable
??? |
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one horse = |
746 |
watts |
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181,818 |
horses = |
135,636,364 |
watts of power |
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200 |
amp panel at full load is |
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200 |
amps x |
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120 |
volts |
= watts |
24000 |
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135,636,364 |
watts total divided by |
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24000 |
watts per panel |
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5,651.52 |
electric panels |
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or
5,651 24,000
watt generators ???
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here is other ideas as well
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1 horsepower is equivalent to
746 watts. |
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So if you took a 1-horsepower
horse and put it on a treadmill, |
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it could operate a generator
producing a continuous 746 watts. |
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so it is possible that 33 real
horses on a treadmill could equal the power of a
24,000 watt generator |
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if the horses were to be worked
one hour and rested the rest |
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you would need |
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33 |
horses |
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24 |
hours of shifts |
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792 |
you would need this many horses
??? |
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how much food would you need for
the horses ??? |
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how much area would you need for
the horses ??? |
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if this is how you do your
algebraic economics math ??? |
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you probably would need to be a
millionaire to be able to afford such a task ??? |
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if customers who like to ride
horses, and the horses enjoyed carrying people |
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you would have |
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792 |
horses |
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-33 |
minus working |
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759 |
horses available to give rides
to customers |
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if you were able to charge |
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1.04 |
percent the cost of a ride |
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then the electricity could
algebraically economically cost nothing ??? |
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call home depot, ( or anywhere that
is comparable ) and
compare a 24000
watt generator that uses gas ???
how much does the generator cost ???
how much does it cost a month to
burn the gas ???
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http://www.mageniemagic.com/