# Measure

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MEASURE. That which is used as a rule to determine a quantity. A certain quantity of something, taken for a unit, and which expresses a relation with other quantities of the same thing.
2. The constitution of the United States gives power to congress to "fix the standard of weights and measures." Art. 1, B. 8. Hitherto this has remained as a dormant power, though frequently brought before the attention of congress.
3. The states, it seems, possess the power to legislate on this subject, or, at least, the existing standards at the adoption of the constitution remain in full force. 3 Sto. Const. 21; Rawle on the Const. 102.
4. By a resolution of congress, of the 14th of June, 1836, the secretary of the treasury is directed to cause a complete set of all weights and measures adopted as standards, and now either made or in the progress of manufacture, for the use of the several custom-houses and for other purposes, to be delivered to the governor of each state in the Union, or to such person as he may appoint, for the use of the states respectively, to the end that an uniform standard of weights and measures may be established throughout the United States.
5. Measures are either, 1. Of length. 2. Of surface. 3. Of solidity or capacity. 4. Of force or gravity, or what is commonly called weight. (q.v.) 5. Of angles. 6. Of time. The measures now used in the United States, are the same as those of England, and are as follows

```                           1. MEASURES OF LENGTH.

12 inches = 1 foot
3 feet = 1 yard
5 1/2 yards = 1 rod or pole
40 poles = 1 furlong
8 furlongs = 1 mile
69 1/15 miles = 1 degree of a great circle of the earth
```

An inch is the smallest lineal measure to which a name is given, but subdivisions are used for many purposes. Among mechanics, the inch is commonly divided into eighths. By the officers of the revenue and by scientific persons, it is divided into tenths, hundredths, &c. Formerly it was made to consist of twelve parts called lines, but these have fallen into disuse.
```                       Particular measures of length.

1st. Used for measuring cloth of all kinds.
1 nail = 2 1/4 inches
1 quarter = 4 inches
1 yard = 4 quarters
1 ell = 5 quarters

2d. used for the height of horses.
1 hand = 4 inches

3d. Used in measuring depths.
1 fathom = 6 feet

4th. Used in land measure, to facilitate computation of the contents,
10 square chains being equal to an acre.

1 link = 7 92/100 inches

6.-2. MEASURES OF SURFACE.

144 square inches = 1 square foot
9 square feet = 1 square yard
30 1/4 square yards = 1 perch or rod
40 perches = 1 rood
4 roods or 160 perches = 1 acre
640 acres = 1 square mile

7.-3. MEASURES OF SOLIDITY AND CAPACITY.

1st. Measures of solidity.

1728 cubic inches = 1 cubic foot
27 cubic feet = 1 cubic yard.

2d. Measures of capacity for all liquids, and for all goods, not
liquid, except such as are comprised in the next division.

4 gills = 1 pint = 34 2/3 cubic inches nearly.
2 pints = 1 quart = 691/2         "       "
4 quarts = 1 gallon = 277 1/4      "       "
2 gallons = 1 peck = 554 1/2        "       "
8 gallons= 1 bushel = 2218 1/2     "       "
8 bushels = 1 quarter = 10 1/4 cubic feet   "
5 quarters = 1 load = 51 1/2         "       "
```

The last four denominations are used only for goods, not liquids. For liquids, several denominations have heretofore been adopted, namely, for beer, the firkin of 9 gallons, the kilderkin of 18, the barrel of 36, the hogshead of 54; and the butt of 108 gallons. For wine or spirits there are the anker, runlet, tierce, hogshead, puncheon, pipe, butt, and tun; these are, however, rather the names of the casks, in which the commodities are imported, than as express any definite number of gallons. It is the practice to gauge all such vessels, and to charge them according to their actual contents.
3d. Measures of capacity, for coal, lime, potatoes, fruit, and other commodities, sold by heaped measure.
```   2 gallons = 1 peck     = 704 cubic in. nearly.
8 gallons = 1 bushel   = 28151/2  "     "
3 bushels = 1 sack     = 41 cubic feet  "
12 sacks= 1 chaldron = 58 2/3   "     "

8.-4. MEASURES OF WEIGHTS. See art. Weights.

9.-5., ANGULAR MEASURE; or, DIVISION OF THE CIRCLE.
60 seconds = 1 minute
60 minutes = 1 degree
30 degrees = 1 sign
360 degrees, or 12 signs = 1 circumference.
```
Formerly the subdivisions were carried on by sities; thus, the second was divided into 60 thirds, the third into sixty fourths, &c. At present, the second is more generally divided decimally into tens, hundreds, &c. The degree is frequently so divided.
```or                       10.-6. MEASURE OF TIME.

60 seconds = 1 minute
60 minutes = 1 hour
24 hours = 1 day
7 days = 1 week
28 days, or 4 weeks = 1 lunar month
28, 29, 30, or 31 days = 1 calendar month
12 calendar months = 1 year
365 days = 1 common year
366 day = 1 leap year.

The second of time is subdivided like that of angular measure.
FRENCH MEASURES.

11. As the French system of weights and measures is the most scientific
plan known, and as the commercial connexions of the United States with
France are daily increasing, it has been thought proper here to give a short
account of that system.
12. The fundamental, invariable, and standard measure, by which all
weights and measures are formed, is called the metre, a word derived from
the Greek, which signifies measure. It is a lineal measure, and is equal to
3 feet, 0 inches, 44/1000, Paris measure, or 3 feet, 3 inches, 370/1000
English. This unit is divided into ten parts; each tenth, into ten
hundredths; each hundredth, into ten thousandths, &c. These divisions, as
well as those of all other measures, are infinite. As the standard is to be
invariable, something has been sought, from which to make it, which is not
variable or subject to any change. The fundamental base of the metre is the
quarter of the terrestrial meridian, or the distance from the pole to the
equator, which has been divided into ten millions of equal parts, one of
which is the length of the metre. All the other measures are formed from the
metre, as follows:
2. MEASURE OF CAPACITY.

13. The litre. This is the decimetre; or one-tenth part of the cubic
metre; that is, if a vase is made of a cubic form, of a decimetre every way,
it would be of the capacity of a litre. This is divided by tenths, as the
metre. The measures which amount. to more than a single, litre, are counted
by tens hundreds, thousands, &c., of litres.
3. MEASURES OF WEIGHTS.

14. The gramme. This is the weight of a cubic centimetre of distilled
water, at the temperature of zero; that is, if a vase be made of a cubic
form, of a hundredth part of a metre every way, and it be filled with
distilled water, the weight of that water will be that of the gramme.
4. MEASURES OF SURFACES.

15. The arc, used in surveying. This is a square, the sides of which are
of the length of ten metres, or what is equal to one hundred square metres.
Its divisions are the same as in the preceding measures.
5. MEASURES OF SOLIDITY.

16. The stere, used in measuring firewood. It is a cubic metre. Its
subdivisions are similar to the preceding. The term is used only for
measuring firewood. For the measure of other things, the term cube metre, or
cubic metre is used, or the tenth, hundredth, &c., of such a cube.
6. MONEY.

17. The franc. It weighs five grammes. it is made of nine-tenths of
silver, and one-tenth of copper. Its tenth part is called a decime, and its
hundredth part a centime.
18. One measure being thus made the standard of all the rest, they must
be all equally invariable; but, in order to make this certainty perfectly
sure, the following precautions have been adopted. As the temperature was
found to have an influence on bodies, the term zero, or melting ice, has
been selected in making the models or standard of the metre. Distilled water
has been chosen to make the standard of the gramme, as being purer, and less
encumbered with foreign matter than common water. The temperature having
also an influence on a determinate volume of water, that with which the
experiments were made, was of the temperature of zero, or melting ice. The
air, more or less charged with humidity, causes the weight of bodies to
vary, the models which represent the weight of the gramme, have, therefore,
been taken in a vacuum.
19. It has already been stated, that the divisions of these measures are
all uniform, namely by tens, or decimal fractions, they may therefore be
written as such. Instead of writing,
1 metre and 1 tenth of a metre, we may write, 1 m. 1.
2 metre and 8 tenths, 2 m. 8.
10 metre and 4 hundredths, 10 m. 04.
7 litres, 1 tenth, and 2 hundredths, 7 lit. 12, &c.

20. Names have been given to, each of these divisions of the principal
unit but these names always indicate the value of the fraction, and the unit
from which it is derived. To the name of the unit have been prefixed the
particles deci, for tenth, centi, for hundredth, and milli, for thousandth.
They are thus expressed, a decimetre, a decilitre, a decigramme, a
decistere, a deciare, a centimetre, a centilitre, a centigramme, &c. The
facility with which the divisions of the unit are reduced to the same
expression, is very apparent; this cannot be done with any other kind of
measures.
21. As it may sometimes be necessary to express great quantities of
units, collections have been made of them in tens, hundreds, thousands, tens
of thousands, &c., to which names, derived from the Greek, have been given;
namely, deca, for tens hecto, for hundreds; kilo, for thousands and myria,
for tens of thousands; they are thus expressed; a decametre, a decalitre,
&c.; a hectometre, a hectogramme, &c.; a kilometre, a kilogramme, &c.
22. The following table will facilitate the reduction of these weights
and measures into our own.
The Metre, is 3.28 feet, or 39.871 in.
Are, is 1076.441 square feet.
Litre, is 61.028 cubic inch
Stere, is 35.317 cubic feet.
Gramme, is 15.4441 grains troy, or 5.6481 drams, averdupois.
A Law Dictionary, Adapted to the Constitution and Laws of the United States. By John Bouvier. Published 1856.```
References in periodicals archive ?
Hasson, "Cross-cultural validation of the Persian version of the Functional Independence Measure for patients with stroke," Disability and Rehabilitation, vol.
The structure and stability of the functional independence measure. Archives of Physical Medicine & Rehabilitation, 75(2), 127-132.
Thompson, "Measuring change in disability after inpatient rehabilitation: comparison of the responsiveness of the Barthel Index and the Functional Independence Measure," Journal of Neurology Neurosurgery and Psychiatry, vol.
The Behavioral Health Division consulted with the Rehabilitation and Reintegration Division on use of the Functional Independence Measure and Functional Assessment Measure as instruments for determining the number of Wounded Warriors that may need or benefit from having a service dog.
Univariate analysis revealed that admission walking speed, Modified Elderly Mobility Scale score, Motor Assessment Scale Items 1 to 5, the motor component of the Functional Independence Measure, Functional Independence Measure, and Timed Up and Go predicted discharge walking speed.
The objective of the study was to determine the effect of KT on the total Functional Independence Measure (FIM) score and the FIM subscale scores for motor and mobility functions of patients admitted to an acute rehabilitation unit.
The Functional Independence Measure (FIM) is probably the most widely used scale in rehabilitation, certainly in acute rehab settings.
85.9) when measured with the Functional Independence Measure (FIM).
It includes demographic descriptions of the patient (birth date, sex, ZIP Code, ethnicity, marital status, living setting), clinical descriptions of the patient (impairment that is the primary reason for rehabilitation, International Classification of Diseases, Ninth Revision, Clinical Modifications (Centers for Disease Control and Prevention, 2003) diagnoses, functional independence measure at admission and discharge), and descriptions of the hospitalization (encrypted hospital identifier, admission date, discharge date, payment source, and discharge living setting).
The SIM builds upon the conceptual and organizational format of the WeeFIM: Functional Independence Measure for Children.
Functional outcomes, the third element of the framework for the clinical pathways, are measured by the Functional Independence Measure (FIM).

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