Getting solarized with solar eyes

Solar Eye two

Each Solar eye above

is a picture of 

solar consumption

relative to solar production

By hour for a year

Based on the following idea

the radius of the earth is 

~

4~~~ miles

The circum~(pH)

re feren~ce

then is ~ 24~~~ 

miles

The rate

required to rotate

 one

~ce

is then

one ~~~

set~s of dozen~s of 

set~s of 44~ feet

432   /  2  =  216

432   /  3  =  144

432   /  4  =  106

432   /   6  =  72

432  /  8  =   54

432. /  9  = 48

432  / 12  = 36

432  / 24 = 18

432    /  5  =  86.4

               432   /  7  =   61.7142857143

432  X  8  =   3456

216 = 12 X 18

216 = 6 X 36

216 = 3 X 72

144 = 12 X 12

144 = 6 X 18

144 = 3 x 48

 72  = 12 X  6 

72  =  6 X 12

72  =  3 X 24 

5280 X 12  = 63360 inches in a mile

5280 / 11  = 480

5280 /  12  = 440

24 X 63360 X ~~~ inches around Earth

60 X 60 = 3600 Seconds in an hour

A Sphere representing a dynamo

is fixed to an axis

Has a radius of 4000 miles

Has a circus of 24000 miles

rotates at a rate of 1000 miles per hour

Half the surface is illuminated at any 

given moment 

The illumination source is visible

from a quarter of the surface 

for a quarter of each complete 

revolution

Half the surface is in darkness half of each

revolution

24000 miles is divided into four quarters

of 6000 miles each

or six sixths of 4000 miles each

or a dozen twelfths of two miles width each

At the Apex of each rotation the 

Source is lined up with the Target

yielding the following distribution

of generation intensity

on the 0-100 scale

10

30

50

100

60

20

10

Using ~7~~~ watts/Hr

as the maximum generating rate

2350 Corral Rd

cold spikes