

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








Vg=KvHgLgWg



If
you want more information on the general volume 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 height, 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
spheres and ellipsoids. 















Enter the Height 






Enter the Length 







Enter the Width 






Section 1) Calculations for three Geometric
Structures 





K = 1 










K =(4/3)? 










K = 1/3 
This calculation is for the volume of a pyramid









Section 2) Calculations for other
ThreeDimensional Structures 

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 volume of most geometric
forms, including odd shaped structures. However, you must
know the value of K that pertains to that structure. When
dealing with certain types of odd shaped structures, it is sometimes
possible to obtain an average value for K. For example, you
can probably estimate, or experimentally determine, the average value for
K, for grains of sand, human beings of specific body types, and various
species of animals and plants. 
















Thus, you can calculate
the volume of most threedimensional geometric figures with this
software. However, some complex geometric structures are
comprised of two or more simpler geometric forms. When this
is the case, the volume of the simpler individual structures must be
calculated separately, and added together to obtain the total volume of
the complex structure. 










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
























