That heavily depends on the latitude of the land, the date of the year, and the time
of day. The incident energy in any period of time will be much more if the land is located
in the Tropic Zone, for example, than if it is located in one of the Polar Regions. (This
is a big part of the reason why the Polar Regions are characterized by a lot more snow
and fur clothing, and a lot fewer banana trees, than are found in the Tropic Zone.)
Satellite data collected since 2003 indicate a total solar irradiation ... on a plane
perpendicular to the sun's rays and corrected for atmospheric attenuation ... of
1,366 watts per square meter. In one day of average cloud conditions, this totals
up to 118,022,400 joules per square meter.
This is a maximum figure. For real curved ground on the Earth's surface, this must
be corrected for seasonal axial tilt and for latitude of the particular square meter
of ground under test.
(It should be noted, however, that it's one heck of a lot of free energy, currently
being used primarily to grow decorative lawns and to keep sand and worms warm.)
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2,152.78 square feet.
1 cent = 40.468 square metres.
900 square meters = about 0.22 (0.222394843) acres.
2
1 Gunta = 121 square yards = 101.17 square metres