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Taylor - Theoretic Arithmetic.pdf - Platonic Philosophy

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number besides containing the whole, contained two halves of<br />

the other, the ratio would be duple instead of superpartient.<br />

And if the greater, besides containing the whole, has only two<br />

third parts of the less, the greater will surpass the less by odd<br />

numbers. For if it contained the whole and two fourths of it,<br />

the ratio would necessarily be superparticular; since two fourths<br />

are the same as half, and the comparison will be sesquialter.<br />

But if it contained two sixths, again the ratio is superparticular;<br />

for two sixths are the same as a third part. And this<br />

in the comparison will produce the form of the sesquitertian<br />

habitude. After these, the attendants arise which are called<br />

subsuperpartient. These, however, are such as are contained in<br />

another number, and two, three, four, or any other parts of<br />

them besides. If, therefore, a number containing another number<br />

in itself, has also two parts of it, it is called superbipartient;<br />

if three, supertripartient ; if four, superquadripartient, and sc,<br />

on ad infiniturn.<br />

But the order of them is natural, as often as all the even and<br />

odd numbers naturally constituted, are disposed from 3; and<br />

under these others are adapted, which are all odd numbers beginning<br />

from 5. These, therefore, being thus disposed, if the<br />

first is compared to the first, the second to the second, the<br />

third to the third, and the rest to the rest, a superpartient<br />

habitude will be produced; as is evident from the following<br />

arrangement :<br />

If, therefore, the comparison of 5 to 3 is considered, it will be<br />

that superpartient which is called superbipartient; for 5 contains<br />

in itself the whole of 3, and two parts of it besides, viz.<br />

2. But if 7 is compared to 4, the ratio will be supertripartient;<br />

for 7 contains in itself the whole of 4, and three parts of it be-

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