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1831 May 21 6
<head>1831 May 21 6<lb/>
Posology
Posology</head>


ulto
<note>ult<hi rend="superscript">o</hi><lb/>
II Morphoscopics
II Morphoscopics<lb/>
&sect; <gap/> Analytic Syllabi
&sect; Genesis Analytic Syllabi<lb/>
3. Analytic and synthetic
3. Analytic and synthetic<lb/>
compared
compared</note>


2 3
<p>2 3</p>


31
<note>31<lb/>
Difference between
Difference between<lb/>
the two modes:
the two modes:<lb/>
in the synthetic, you
in the synthetic, you<lb/>
can take measures of
can take <hi rend="underline">measures</hi> of<lb/>
the figure; in the analytic,
the figure; in the analytic,<lb/>
not.
not.</note>


31. Between the analytic or say resolution or decomposition
<p>31. Between the analytic or say resolution or decomposition<lb/>
mode and order of production or say generation, and the synthetic,
mode and order of production or say generation, and the synthetic,<lb/>
or say or composition there is this difference there are these differences
or say or composition there is this difference <add>there are these differences</add><lb/>
One difference is this: namely: that in and by the synthetic mode
One difference is this: namely: that in <add>and by</add> the synthetic mode<lb/>
and that above you can ta obtain and exhibit the measure of them
and that above you <del>can ta</del> obtain <add>and exhibit</add> the measure of them:<lb/>
in and by the analytic mode you may produce them; but neither
in <add>and by</add> the analytic mode you may produce them; but when<lb/>
it is in and by the analytic mode that you produce them, you
<add>it is in</add> and by the analytic mode that you produce them, you<lb/>
do not <gap/> an by so doing, exhibit the measure of them.
do not, in and by so doing, exhibit the measure of them.</p>


32
<note>32<lb/>
Take for <gap/> <gap/> a
Take for example, a<lb/>
ball globe or sphere
ball globe or sphere<lb/>
By cutting it by a
By cutting it by a<lb/>
plane through the
<sic>plain</sic> through the<lb/>
center, you obtain
<sic>center</sic>, you obtain<lb/>
two circular surfaces
two circular surfaces<lb/>
but you can not <gap/>
but you can not <gap/><lb/>
way to measure them
way to measure them</note>


32. Take for example, the figure called a circle. To
<p>32. Take for example, the figure called a circle. To<lb/>
produce it in the way of analysis or say decomposition,
produce it in the way of analysis or say decomposition,<lb/>
you must employ and take in hand a ball &#x2014; in
you must employ and take in hand a ball &#x2014; in<lb/>
Latin sprung language a globe, in Greek <gap/> <gap/> sprung language, a
Latin <add>sprung language</add> a globe, in Greek <del><add><gap/></add> <gap/></del> sprung language, a<lb/>
sphere, and proceed in the manner that will be mentioned
sphere, and proceed in the manner that will be mentioned<lb/>
presently
presently</p>


33
<note>33<lb/>
No <unclear>permanent</unclear> <del><gap/></del> <add>circular</add><lb/>
<del>surface</del> right <unclear>lined</unclear> circular<lb/>
surface<lb/>
have you perhaps, no<lb/>
nature. What you<lb/>
obtain by seeing a nut &amp;c<lb/>
drop into water, or<lb/>
by throwing a stone into<lb/>
it, is a <unclear>curve</unclear> surface<lb/>
and that not permanent<lb/>
but <unclear>inconstancy</unclear> only<lb/>
and that not <unclear>definite</unclear><lb/>
but continually extending<lb/>
itself.</note>


33. True it is that the idea of a circle may be obtained,
<p>33. True it is that the idea of a circle may be obtained,<lb/>
by consideration had of a surface: namely of
by consideration had of a surface: namely of<lb/>
the surface of any mass of matter in a liquid form, no
the surface of any mass of matter in a liquid form, not<lb/>
inclosed all round in a solid receptacle. But &#x2014; in the
<sic>inclosed</sic> all round in a solid receptacle. But &#x2014; in the<lb/>
first place, this is not an exactly flat &#x2014; an exactly
first place, this is not an exactly flat &#x2014; an exactly<lb/>
right-lined surface: for the surface is a portion of the
right-lined surface: for the surface is a portion of the<lb/>
earth's surface, and the earth's surface is in every part
earth's surface, and the earth's surface is <add>in</add> every part<lb/>
a portion of a recurrent curve &#x2014; that is to say an oblate
a portion of a recurrent curve &#x2014; that is to say an oblate<lb/>
spheroid: in the next place, though you obtain and <gap/>
spheroid: in the next place, though you obtain and <del><gap/><lb/>
<gap/> if you are near a piece of water continually
<gap/></del> if you are near a piece of water continually<lb/>
are obtaining the idea of a circle, namely through by means of
are obtaining the idea of a circle, namely through <add>by means of</add><lb/>
the medium of the correspondent impression, as where you it
the medium of the correspondent impression, as where you <add>it<lb/>
happen to you to see a nut falling into it, is to yourself throw a stone into it, yet
happens to you to</add> see a nut falling into it, is to <add>yourself</add> throw a stone into it, yet<lb/>
nor in that case can you say exactly where the circle ends
nor in that case can you say exactly where the circle ends,<lb/>
nor can you thereby keep any such circular form within your
nor can you thereby keep any such circular form within your<lb/>
reach
<add>reach</add><lb/>
reach, for the purpose
<note>reach, for the purpose<lb/>
of demonstration or application
of demonstration or application<lb/>
in unapplied
in unapplied<lb/>
posology morphoscopics, or for any
posology <add>morphoscopics</add>, or for any<lb/>
mechanical purpose or
mechanical purpose or<lb/>
in applied actuality
in <del>applied</del> actuality<lb/>
applied to morphoscopics
applied to morphoscopic<lb/>
<gap/>ology.
<gap/>ology.</note></p>






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Latest revision as of 10:36, 4 February 2020

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1831 May 21 6
Posology

ulto
II Morphoscopics
§ Genesis Analytic Syllabi
3. Analytic and synthetic
compared

2 3

31
Difference between
the two modes:
in the synthetic, you
can take measures of
the figure; in the analytic,
not.

31. Between the analytic or say resolution or decomposition
mode and order of production or say generation, and the synthetic,
or say or composition there is this difference there are these differences
One difference is this: namely: that in and by the synthetic mode
and that above you can ta obtain and exhibit the measure of them:
in and by the analytic mode you may produce them; but when
it is in and by the analytic mode that you produce them, you
do not, in and by so doing, exhibit the measure of them.

32
Take for example, a
ball globe or sphere
By cutting it by a
plain through the
center, you obtain
two circular surfaces
but you can not
way to measure them

32. Take for example, the figure called a circle. To
produce it in the way of analysis or say decomposition,
you must employ and take in hand a ball — in
Latin sprung language a globe, in Greek sprung language, a
sphere, and proceed in the manner that will be mentioned
presently

33
No permanent circular
surface right lined circular
surface
have you perhaps, no
nature. What you
obtain by seeing a nut &c
drop into water, or
by throwing a stone into
it, is a curve surface
and that not permanent
but inconstancy only
and that not definite
but continually extending
itself.

33. True it is that the idea of a circle may be obtained,
by consideration had of a surface: namely of
the surface of any mass of matter in a liquid form, not
inclosed all round in a solid receptacle. But — in the
first place, this is not an exactly flat — an exactly
right-lined surface: for the surface is a portion of the
earth's surface, and the earth's surface is in every part
a portion of a recurrent curve — that is to say an oblate
spheroid: in the next place, though you obtain and
if you are near a piece of water continually
are obtaining the idea of a circle, namely through by means of
the medium of the correspondent impression, as where you it
happens to you to
see a nut falling into it, is to yourself throw a stone into it, yet
nor in that case can you say exactly where the circle ends,
nor can you thereby keep any such circular form within your
reach
reach, for the purpose
of demonstration or application
in unapplied
posology morphoscopics, or for any
mechanical purpose or
in applied actuality
applied to morphoscopic
ology.




Identifier: | JB/135/205/001"JB/" can not be assigned to a declared number type with value 135.

Date_1

1831-05-21

Marginal Summary Numbering

31-33

Box

135

Main Headings

posology

Folio number

205

Info in main headings field

posology

Image

001

Titles

Category

text sheet

Number of Pages

1

Recto/Verso

recto

Page Numbering

c3? / d6

Penner

jeremy bentham

Watermarks

street & co 1830

Marginals

jeremy bentham

Paper Producer

antonio alcala galiano

Corrections

Paper Produced in Year

1830

Notes public

ID Number

46323

Box Contents

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