
This calculation device functions online, over the Internet, and it
performs multiple computations to calculate the area of several geometric
figures, simultaneously, with a general area equation: 








Ag=KALgWg



If
you want more information on the general area equation see the following:
www.TechForText.com/U or left click on these words. The ebook at this
website is titled: A Theorem of General and Universal Equations, for
Creating Generalized Equations with the Formulas from Mathematics and
Physics 


















TO USE THIS CALCULATION DEVICE, left
click in the white boxes below, and enter numbers for length and
width. For calculated results, left click on the CALCULATE
BUTTON, or anywhere outside of an input box. 
















NOTE: For some of the calculations, the numbers in the white boxes
below are interpreted as a radius, such as for calculations involving
circles and ellipses. 













Enter the Length 







Enter the Width 






Section 1) Calculations for three Geometric
Figures 





K = 1 










K = PI 










K = 1/2 
This calculation is for the area of a triangle









Section 2) Calculations for Any Geometric
Figure 

The numbers you entered in the white
input boxes above, are use for the calculations in this section, but you
must enter a value for K, in the white input box below. Read the following
instructions. 






In this section, you can enter your
own value for K, which can be for the area of most geometric figures,
including odd shape figures. You can even calculate the
surface areas of certain threedimensional structures, such as the surface
area of a cube or sphere. For example, if you want to calculate the
surface area of a sphere or cube enter the same number, in the two white
input boxes ABOVE. For a cube enter 6 for K in the white box
below. If you want to calculate the surface area of a sphere,
enter 12.566370614359 (for 4Pi) in the box below. 


















Thus, you can calculate
the area of most geometric figures with this software. However, some
complex geometric structures are comprised of two or more simpler
geometric figures, and when this is the case, the area of the individual
figures must be calculated separately, and added together to obtain the
total area of the complex structure. For example, if you want
to calculate the surface area of a cube shaped building, with a dome
shaped roof, you would calculate the surface area of a cube.
Then you would calculate the surface area of a sphere, and divide
the results by one half. Then the surface area of the cube
would be added to the above to obtain the total surface area of the
building. 



















In the white box below, enter the value of K
that relates to the area of your geometric figure. 






















