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<note>Vulgar Fractions.</note> | |||
<p><!-- Red ink -->To reduce a compound <lb/> | |||
fraction into a single one.</p> | |||
<p>Multiply all the numerators <lb/> | |||
together for a <lb/> | |||
numerator and all the <lb/> | |||
denominators for <del>a</del> the <lb/> | |||
denominator.—</p> | |||
<p>If a numerator of one <lb/> | |||
term is a compound fraction to <lb/> | |||
be equal to a denominator<lb/> | |||
in another term <lb/> | |||
reject both and divide <lb/> | |||
those numerators and <lb/> | |||
denominators which are <lb/> | |||
divisible by each other or <lb/> | |||
by the same number, <lb/> | |||
which quotients multiplied <lb/> | |||
into the remaining numerators <lb/> | |||
& denominators, reduce<lb/> | |||
the compound fraction to a<lb/> | |||
single one in its lowest terms.</p> | |||
<p><!-- Red ink -->To reduce mixed numbers <lb/> | |||
and integers into improper <lb/> | |||
fractions. I shall divide <lb/> | |||
this case into three parts—</p> | |||
<p><!-- Red ink -->1. If the integer have <del>no</del> an <lb/> | |||
assigned denominator,—</p> | |||
<p>Multiply the integer<lb/> | |||
by the assigned denominator.<lb/> | |||
the product is the numerator<lb/> | |||
to the assigned denominator.—</p> | |||
<p><!-- Red ink -->2. If the integer has no<lb/> | |||
assigned denominator,—</p> | |||
<p>An unit subscribed must <lb/> | |||
be the denominator.—</p> | |||
<p><!-- Red ink -->3. If the integer have a<lb/> | |||
fraction annexed,</p> | |||
<p>Multiply the integer by<lb/> | |||
the denominator, and to<lb/> | |||
the product add the numerator;<lb/> | |||
the sum is the<lb/> | |||
numerator to the denominator<lb/> | |||
of the annexed fraction.</p> | |||
<p><!-- Red ink -->To reduce an improper<lb/> | |||
fraction into its equivalent<lb/> | |||
whole or mixed number,</p> | |||
<p>Divide the numerator<lb/> | |||
by the denominator, the<lb/> | |||
quotient gives the integer &<lb/> | |||
under the remainder subscribe<lb/> | |||
the denominator.</p><pb/> | |||
<p><!-- Red ink -->To reduce fractions into <lb/> | |||
their lowest denomination.</p> | |||
<p>If the numerator and denominator <lb/> | |||
are even numbers <lb/> | |||
take half the one and half<lb/> | |||
the other; and when either <lb/> | |||
of them is an odd number <lb/> | |||
divide them by any <lb/> | |||
number that will divide <lb/> | |||
both numerator and <lb/> | |||
denominator without any <lb/> | |||
remainder—</p> | |||
<p><!-- Red ink -->Or by finding the greatest <lb/> | |||
common measure by <lb/> | |||
the following rule,—</p> | |||
<p>Divide the greater number<lb/> | |||
by the lesser and that divisor <lb/> | |||
by the remainder & <lb/> | |||
so on continually till there <lb/> | |||
be no remainder left. This <lb/> | |||
will be the last divisor be the <lb/> | |||
greatest common measure <lb/> | |||
and if it be 1 then are<lb/> | |||
they prime numbers & are <lb/> | |||
already in their lowest <lb/> | |||
terms; but if otherwise <lb/> | |||
divide the numbers by the <lb/> | |||
last divisor and their quotients <lb/> | |||
will be their least <lb/> | |||
terms required.—</p> | |||
<p><!-- Red ink -->To alter or change different<lb/> | |||
fractions into one denomination <lb/> | |||
retaining the same value.</p> | |||
<p>1. Multiply all the denominators<lb/> | |||
into each other<lb/> | |||
for a new and common <lb/> | |||
denominator, and each <lb/> | |||
numerator into all the <lb/> | |||
denominators but its own <lb/> | |||
for a new numerator.</p> | |||
<p>2. When there are only <lb/> | |||
two fractions to be reduced <lb/> | |||
if one of the denominators <lb/> | |||
is a multiple of the other <lb/> | |||
divide; and by the quote <lb/> | |||
multiply the numerator <lb/> | |||
and denominator of that <lb/> | |||
fraction which hath the <lb/> | |||
least denominator and <lb/> | |||
the fraction thus found <lb/> | |||
will be equivalent to the <lb/> | |||
given ones.—</p><pb/> | |||
<p>3. Or if both the denominators <lb/> | |||
have a common <lb/> | |||
multiple divide each of <lb/> | |||
the denominators thereby <lb/> | |||
and multiply the contrary <lb/> | |||
numerators & denominators <lb/> | |||
by each contrary quotient.</p> | |||
<p><!-- In red ink -->To reduce a fraction to <lb/> | |||
an equivalent one of any <lb/> | |||
other assigned denominator<lb/> | |||
viz to find a numerator <lb/> | |||
which with the assigned <lb/> | |||
denominator will make a <lb/> | |||
fraction equivalent to the <lb/> | |||
proposed one when possible.</p> | |||
<p>Multiply the assigned <lb/> | |||
denominator by the numerator <lb/> | |||
of the proposed fraction <lb/> | |||
and divide the product by <lb/> | |||
the denominator: the quote <lb/> | |||
(if there be no remainder) is <lb/> | |||
the numerator sought.—</p> | |||
<p>To find whether one<lb/> | |||
fraction be greater or less in <lb/> | |||
value than another.</p> | |||
<p>Multiply the numerators<lb/> | |||
into each others denominator <lb/> | |||
and if the products are equal <lb/> | |||
the fractions are so; otherwise <lb/> | |||
the num<del>b</del>erator of the greatest <lb/> | |||
fraction multiplied by <lb/> | |||
the denominator of the other <lb/> | |||
will be the greatest product.</p> | |||
<p><!-- Red in -->To reduce coins weights <lb/> | |||
measures &c. into fractions.</p> | |||
<p>Reduce the coin weight<lb/> | |||
&c. into the lowest name <lb/> | |||
mentioned for a numerator <lb/> | |||
and put the number of those <lb/> | |||
parts contained in an unit <lb/> | |||
of the integer to which the <lb/> | |||
proposed fraction is to be <lb/> | |||
reduced for the denominator <lb/> | |||
then reduce the fraction into <lb/> | |||
its lowest terms.—</p> | |||
<p>To reduce a fraction of<lb/> | |||
an unit of a higher denomination<lb/> | |||
to an equivalent<lb/> | |||
fraction of an unit of a<lb/> | |||
lower species of the same<lb/> | |||
kind with the higher.</p> | |||
<pb/> | |||
<p>Multiply the numerator <lb/> | |||
of the given fraction by the <lb/> | |||
number of units in the <lb/> | |||
next inferior species that <lb/> | |||
make an unit of the denomination <lb/> | |||
of your fraction<lb/> | |||
and that product multiply <lb/> | |||
by the number of units in <lb/> | |||
the next inferior denomination <lb/> | |||
that make an unit <lb/> | |||
of the last denomination <lb/> | |||
and thus proceed till you <lb/> | |||
come to the lowest you <unclear>design</unclear> <lb/> | |||
then make the last product <lb/> | |||
a numerator to the denominator <lb/> | |||
of the fraction given—</p> | |||
<p><!-- Red ink -->To reduce a fraction of <lb/> | |||
an unit of a lower denomination <lb/> | |||
to an equivalent fraction <lb/> | |||
in the denomination of an <lb/> | |||
higher.—</p> | |||
<p>Multiply the denominator <lb/> | |||
by the number of <lb/> | |||
Units in the given fraction <lb/> | |||
that is equal to an unit <lb/> | |||
of the next superior denomination <lb/> | |||
and the product <lb/> | |||
by such a number of <lb/> | |||
Units of its denomination <lb/> | |||
as is equal to an unit of <lb/> | |||
the next above it, and then<lb/> | |||
go on till you come to the<lb/> | |||
highest species required <lb/> | |||
and the last product is <lb/> | |||
a denominator to the <lb/> | |||
numerator of the fraction <lb/> | |||
given.—</p> | |||
<p><!-- Red ink -->To find the value of a <lb/> | |||
fraction in Coin Weight <lb/> | |||
Measure Time &c.—</p> | |||
Multiply the numerator <lb/> | |||
of the given fraction by the <lb/> | |||
number of units of the <lb/> | |||
next inferior species that <lb/> | |||
makes one of the denomination <lb/> | |||
of your fraction, & <lb/> | |||
divide the product by the <lb/> | |||
denominator the <unclear>quotient</unclear> <lb/> | |||
is so many integers of</p> | |||
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{{Metadata:{{PAGENAME}}}} | {{Metadata:{{PAGENAME}}}}{{Completed}} |
Vulgar Fractions.
To reduce a compound
fraction into a single one.
Multiply all the numerators
together for a
numerator and all the
denominators for a the
denominator.—
If a numerator of one
term is a compound fraction to
be equal to a denominator
in another term
reject both and divide
those numerators and
denominators which are
divisible by each other or
by the same number,
which quotients multiplied
into the remaining numerators
& denominators, reduce
the compound fraction to a
single one in its lowest terms.
To reduce mixed numbers
and integers into improper
fractions. I shall divide
this case into three parts—
1. If the integer have no an
assigned denominator,—
Multiply the integer
by the assigned denominator.
the product is the numerator
to the assigned denominator.—
2. If the integer has no
assigned denominator,—
An unit subscribed must
be the denominator.—
3. If the integer have a
fraction annexed,
Multiply the integer by
the denominator, and to
the product add the numerator;
the sum is the
numerator to the denominator
of the annexed fraction.
To reduce an improper
fraction into its equivalent
whole or mixed number,
Divide the numerator
by the denominator, the
quotient gives the integer &
under the remainder subscribe
the denominator.
---page break---
To reduce fractions into
their lowest denomination.
If the numerator and denominator
are even numbers
take half the one and half
the other; and when either
of them is an odd number
divide them by any
number that will divide
both numerator and
denominator without any
remainder—
Or by finding the greatest
common measure by
the following rule,—
Divide the greater number
by the lesser and that divisor
by the remainder &
so on continually till there
be no remainder left. This
will be the last divisor be the
greatest common measure
and if it be 1 then are
they prime numbers & are
already in their lowest
terms; but if otherwise
divide the numbers by the
last divisor and their quotients
will be their least
terms required.—
To alter or change different
fractions into one denomination
retaining the same value.
1. Multiply all the denominators
into each other
for a new and common
denominator, and each
numerator into all the
denominators but its own
for a new numerator.
2. When there are only
two fractions to be reduced
if one of the denominators
is a multiple of the other
divide; and by the quote
multiply the numerator
and denominator of that
fraction which hath the
least denominator and
the fraction thus found
will be equivalent to the
given ones.—
---page break---
3. Or if both the denominators
have a common
multiple divide each of
the denominators thereby
and multiply the contrary
numerators & denominators
by each contrary quotient.
To reduce a fraction to
an equivalent one of any
other assigned denominator
viz to find a numerator
which with the assigned
denominator will make a
fraction equivalent to the
proposed one when possible.
Multiply the assigned
denominator by the numerator
of the proposed fraction
and divide the product by
the denominator: the quote
(if there be no remainder) is
the numerator sought.—
To find whether one
fraction be greater or less in
value than another.
Multiply the numerators
into each others denominator
and if the products are equal
the fractions are so; otherwise
the numberator of the greatest
fraction multiplied by
the denominator of the other
will be the greatest product.
To reduce coins weights
measures &c. into fractions.
Reduce the coin weight
&c. into the lowest name
mentioned for a numerator
and put the number of those
parts contained in an unit
of the integer to which the
proposed fraction is to be
reduced for the denominator
then reduce the fraction into
its lowest terms.—
To reduce a fraction of
an unit of a higher denomination
to an equivalent
fraction of an unit of a
lower species of the same
kind with the higher.
---page break---
Multiply the numerator
of the given fraction by the
number of units in the
next inferior species that
make an unit of the denomination
of your fraction
and that product multiply
by the number of units in
the next inferior denomination
that make an unit
of the last denomination
and thus proceed till you
come to the lowest you design
then make the last product
a numerator to the denominator
of the fraction given—
To reduce a fraction of
an unit of a lower denomination
to an equivalent fraction
in the denomination of an
higher.—
Multiply the denominator
by the number of
Units in the given fraction
that is equal to an unit
of the next superior denomination
and the product
by such a number of
Units of its denomination
as is equal to an unit of
the next above it, and then
go on till you come to the
highest species required
and the last product is
a denominator to the
numerator of the fraction
given.—
To find the value of a
fraction in Coin Weight
Measure Time &c.—
Multiply the numerator
of the given fraction by the
number of units of the
next inferior species that
makes one of the denomination
of your fraction, &
divide the product by the
denominator the quotient
is so many integers of
Identifier: | JB/135/079/002"JB/" can not be assigned to a declared number type with value 135. |
|||
---|---|---|---|
135 |
|||
079 |
vulgar fractions |
||
002 |
|||
private material |
2 |
||
recto |
|||
sir samuel bentham |
1798 |
||
1798 |
|||
46197 |
|||