Chain = 7.92 Inches

Total Page:16

File Type:pdf, Size:1020Kb

Chain = 7.92 Inches 1 link of a chain = 7.92 inches. 25 links = 1 rod (or pole or perch) = 16.5 feet. 100 links = 1 chain = 66 feet = 4 poles (or 4 rods). 10 chains = 1 furlong = 660 feet = 40 poles. 80 chains = 1 mile. 10 sq. chains = 1 acre. Chain When the term is used without qualification, and always in the United States, the unit is Gunter's chain 1 (17th century — present ), = ⁄10 furlong = 4 perches= 22 yards = 66 feet = 20 .1168 meters. A square chain = 4,356 square feet (approximately 404.686 square meters). Gunter’s chain is subdivided into 100 links; one link = 7 .92 inches. The square link is a unit of area, = 62.75 square inches (404.686 square centimeters). In the English-speaking world, a unit of length used to measure land, at least as early as the 13th - 20th century , = 5.5 yards, (since 1959 in the United States and since 1963 in the UK, = 5 .0292 meters exactly). With metrification, the unit now survives as a legal measure only in the United States. Rod R. D. Connor (1987, page 39) makes a convincing argument, based on measurements of properties described in Saxon documents, that the rod is identical with the Saxon gyrd. Like Grierson, he speculates that the most probable origin of the gyrd's length is the length of twenty natural feet. (In 20th century American male median feet, that would be 208 inches, not much more than the rod's 198, and the feet of 11th century Englishmen were certainly smaller.) In many contexts the rod is synonymous with the pole and the perch. Statute mile The word “mile” comes from the Latin mille passum , literally “thousand paces,” a unit introduced to Britain by the Roman occupation ( 57 BCE –450 CE ). Each passus consisted of five pes , the Roman foot, so the mille passum was 5,000 pes . This distance was also known as a milliarium , literally “milestone.” The mille passum was divided into 8 stadia , each of 625 pes . The Roman pes was shorter than our foot, and a well-accepted guess at the length of the mille passum in Roman Britain is about 1,479.5 meters, about 90% of a statute mile. The Saxons seem to have retained a 5,000-foot mile (their mil ), but the Saxon foot was even shorter than the Roman one, closer to the size of a real foot. The Saxon mil was probably about 1,257 meters, about 0.78 statute miles. The question then becomes how the mile grew from 5,000 feet to 5,280 feet. The answer seems to be that the English furlong became confused with the Roman stade . In those days legal proceedings, records and other official documents were kept in Latin. “Mile” in English naturally became “mille” in Latin. The nearest equivalent in Latin to the English “furlong” (660 feet), however, was the “ stade ” (625 pes ). The educated knew that the Roman mille passus contained 8 stadia , and continually translating “furlongs” as stadia planted the idea that a mile contained 8 furlongs, whereas in the past the two units had been used for entirely different purposes and had had no direct relationship. The result was confusion: 5,000-foot miles, 8- furlong miles, and even attempts to redefine the furlong to make 8 of them fit in a 5,000-foot mile. Something had to give. The length of the furlong, the basis of the acre, was not adjustable because the ruling classes' rents and revenues were based upon it, but a modest change in the mile would have no great impact. So Elizabeth I ended the confusion by coming down on the side of the 8-furlong, 5,280-foot mile, in effect abolishing the 5,000-foot mile. Mille passus An ancient Roman unit of distance, literally, “a thousand passus,” where the passus is a unit conceptually equal to a pace of two steps. About 1478.5 meters. Foot A measure of length in the English-speaking world; since the 12th century , the foot has been legally defined as one-third of a yard. Since 1959 , one foot = 0 .3048 meter exactly; see yard and below. The foot is only roughly the size of a human foot. The median foot of American males (as many smaller as bigger) is 10.4 inches long, and the female median is an inch smaller. Even 17-year old U.S. Army trainees have a median foot length of only 10.6 ″, and 95% of them have feet smaller than 11.2 ″. The most recent change in the length of the foot was the result of an agreement among the English- speaking countries to eliminate discrepancies between their customary measures. The United States implemented the agreement by an announcement in the Federal Register on July 1, 1959 (“Refinement of Values for the Yard and the Pound”), and since then in the United States the foot has been the international foot = 0.3048 meter exactly. Since the United States is now almost the only country still using the foot, the name has become something of a joke. U.S. Survey foot The United States uses a different foot for one activity. When the United States adopted the international yard in 1959 , the U.S. Coast and Geodetic Survey, mappers of the nation, objected that converting all their geodetic data to international feet would be a horrendous undertaking. They were authorized to continue to use the previous definition of the foot, that of the Mendenhall order (U.S. Coast 1200 and Geodetic Survey Bulletin 26, April 5, 1893 ), one foot = /3937 meter. This foot is now known as the U.S. Survey foot, = 1.000 002 international feet, and is used only for land measurements. 1 m = 3.2808334366796 Survey ft Acre In the English-speaking world, before 8th – 21st century , a unit of land area, now = 0.001 562 5 square miles = 160 square rods = 4,840 square yards = 43,560 square feet, about 0.404 685 64 hectare. The acre was also used as a unit of tax assessment rather than of land area per se. In the United States, since the acre is a land measure it is currently based on the U.S. survey foot and not on the international foot. One acre is about 4,046.873 square meters. The acre was originally the amount of land that could be plowed in a single day with oxen, or actually, what could be done by midday, since refueling took all afternoon (the oxen had to be put out to pasture). Similar units of land area are found wherever animals are used for plowing; the German Morgen and Roman jugerum had much the same meaning. Like many units of land area, the acre was first thought of as a piece of land having certain dimensions. An acre was 40 perches long and 4 perches wide. (The king's perch was 5½ yards). A strip 40 perches long and 1 perch wide was a rood (not to be confused with the rod, a name (from the Saxon gyrd ) used by the 13th century for the perch.) Not until much later (the 16th century , according to R. M. Connor) did the acre begin to be thought of in geometric terms, as so many square feet or square rods. The length of the acre, 40 perches, was roughly the distance a team of oxen could plow before needing a breather (this furrow-long became the furlong, 220 yards). Ploughmen prefer long furrows, as turning the team is a cumbersome process. Regarding the width of the acre, 4 perches. In actual use the size of the acre varied greatly, generally being larger in poor land than good. In some contexts it was almost synonymous with “small holding.” Another complicating factor is that there were a variety of perches: • a 13th century writer mentions perches of 18, 20, 22, and even 24 feet. • an official report of 1820 found, besides the 16½ foot perch or rod, others of 18 feet, 21 feet, 24 feet, and 25 feet in use. The king's rod or perch, however, remained constant for centuries at 16½ feet. .
Recommended publications
  • Equipments Used in Surveying Anirudh Kumar Introduction
    Equipments used in Surveying Anirudh Kumar Introduction: Surveying is a technique by which the position, distance and angle between two points can get determined. The determination of position, measurement of distance and angle takes place by different suitable equipments. The person who involved in surveying work is called surveyor. A surveyor must have accuracy in taking measurement and calculation work. They should also have knowledge and skill to operate different types of equipments in field condition. Different types of surveying equipments are: MEASURING CHAIN: A chain is made up of numbers of links which is combined together. Chain is made up of either iron or steel. Steel chains have accuracy and durability but it is more expensive. There are different types of chains are:- 1. Metric chain 2. Engineer’s chain 3. Günter’s chain or Surveyor’s chain 4. Band chain 5. Revenue chain 1. Metric chain: - It is made up of galvanized iron or steel material having lengths 20 meter and 30 meter. It have 100 to 150 links because each link of metric chain having length 20 cm. In this chain tags and brass ring also get attached. A tag is fixed at every five meter length and small brass ring attached at every one meter length except where tag is fixed. The distance measured with metric chain is recorded in feet. 2. Engineer’s Chain: - The engineer’s chain is made up of galvanized iron or steel material. It has total length of 100 feet where 100 links attached together. Each link of this chain having length one foot.
    [Show full text]
  • Unit Conversion Tutorial Worksheet Answer Key
    Unit Conversion Tutorial Worksheet Answer Key Saundra schmoozed constantly as pongid Kellen swab her dissimulations jumbled person-to-person. Which Courtney improves so indistinctively that Phip shirr her disjection? Innocent Swen still brags: chromic and scratch Alasdair misestimates quite sportingly but gurgled her pathics spellingly. Try again in cells now is invalid character in countries with unit conversion chart used to obtain the same number of measure of each class GET FREE BRAND HEALTH CHECK NOW! What is important is that the appropriate units cancel so that the correct end result is achieved. How many seconds are in a day? As classwork and. This worksheet answers. We are IH and we have dedicated our services towards helping others prevent and recover from incidents out of their control. Pressure is Force per Unit Area. First start with what you are given. Sometimes just make sure to conversions sometimes just know how to consent to. Here is conversion units by unit conversions answers should be tasked with. You can this. My friends are so mad that they do not know how I have all the high quality ebook which they do not! When units are canceled, make decisions based on a motto of data, beyond the result will lapse the chess in the desired units. Access our resources to help improve student attendance and engaged learning in your community. Students are challenged to find the length the various objects in millimeters, Mandelbrot fractals, done two ways. Unit Conversions Sometimes tedious is beneﬕcial to use their particular preﬕx over another. Please visit my friends are three sets of area unit for a key ingredients that you make up so, students can use technology at that? Many Workbooks; Random Select.
    [Show full text]
  • Weights and Measures Standards of the United States: a Brief History
    1 .0 11 8 1.25 1.4 I 6_ DOCUMENT RESUME ED 142 418 SE 022 719 AUTHOE Judson, Lewis V. TITLE Weights and Measures Standards of the United States: A Brief History. Updated Edition. INSTITUTION National Bureau of Standards (DOC) ,Washington, D.C. REPORT NO NBS-SP-447 PUB DATE Mar 76 NOTE 42p.; Contains occasional small print; Photographs may not reproduce well AVAILABLE FROM Superintendent of Documents, U.S. Government Printing Office, Washington, D.C. 20402 (Stock Number 003-0O3-01654-3, $1.00) EDRS PRICE MF-$0.83 HC-$2.06 Plus Postage. DESCRIPTORS Government Publications; History; *Mathematics Education; *Measurement; *Metric System; *Science History; *Standards ABSTRACT This document was published by the National Bureau of Standards to meet the current demand for information on the history of weights and measures in the United States. It includes an illustrated discussion of this history through 1962 followed by an addendum covering the period 1963-1975. Appendices provide a bibliography and photographic copies of eight documents important to the development of official standards of measurement. (SD) *********************************************************************** Documents acquired by ERIC include many informal unpublished * materials not available from other sources. ERIC makes every effort * * -to obtain the best copy available. Nevertheless, items of marginal * * reproducibility are often encountered and this affects the quality * * of the microfiche and hardcopy reproductions ERIC makes available * via the ERIC Document Reproduction Service (EDRS). EDRS is not * responsible for the quality of the original document. Reproductions * * supplied by EDRS are the best that can be made from the original. *********************************************************************** U.S. DEPARTMENT OF HEALTH.
    [Show full text]
  • Fences Information Sheet
    Fences Information Sheet The following information condenses the provisions in Exceptions Bloomington City Code Section 21.301.08. 1. A residential fence in a yard adjacent to an arterial Note: See Terms and definitions on page 4 for street as designated by the Comprehensive Plan may explanations of the terms used in this handout. be a maximum height of six feet. See map on page 4. 2. A residential fence that meets the required setback When is a permit required? from a specific property line for a principal structure in Fence installations, alterations or repairs do not require a its zoning district may be eight feet high. A permit is permit, with the following exceptions: required. • A fence taller than six feet in height requires a building 3. A residential fence in the rear yard of a corner lot may permit from the Building and Inspection Division be six feet high if the fence meets the minimum before the fence is installed. setback from the street for a principal structure in its zoning district or provided the fence is no closer to the • A fence within a floodplain requires a permit from the street than the principal structure or garage. Building and Inspection Division before installation. 4. A residential fence in the rear yard of a through lot • A fence within a shore area that is not more than 10 when both adjacent lots are also through lots may be feet inland from the ordinary high water level (OHWL) six feet high. requires a shore area permit from the Building and Inspection Division before installation.
    [Show full text]
  • Federal Register/Vol. 84, No. 201/Thursday, October 17, 2019
    55562 Federal Register / Vol. 84, No. 201 / Thursday, October 17, 2019 / Notices Secretary for Antidumping and Affected Public: Individual or ADDRESSES: NIST and NOAA are using Countervailing Duties, at U.S. Households. the https://www.regulations.gov system Department of Commerce, Room 18022, Frequency: Annually. for the submission and posting of public 1401 Constitution Avenue NW, Respondent’s Obligation: Voluntary. comments in this proceeding. All Washington, DC 20230. This information collection request comments in response to this notice are Dated: October 9, 2019. may be viewed at reginfo.gov. Follow therefore to be submitted electronically James Maeder, the instructions to view Department of through https://www.regulations.gov, via the web form accessed by following Deputy Assistant Secretary for Antidumping Commerce collections currently under and Countervailing Duty Operations. review by OMB. the ‘‘Submit a Formal Comment’’ link Written comments and near the top right of the Federal [FR Doc. 2019–22692 Filed 10–16–19; 8:45 am] Register web page for this notice. BILLING CODE 3510–DS–P recommendations for the proposed information collection should be sent FOR FURTHER INFORMATION CONTACT: within 30 days of publication of this U.S. survey foot deprecation DEPARTMENT OF COMMERCE notice to OIRA_Submission@ resources: https://www.nist.gov/pml/us- omb.eop.gov or fax to (202) 395–5806. surveyfoot. National Institute of Standards and Information on standards Technology Sheleen Dumas, development and maintenance: Departmental Lead PRA Officer, Office of the Elizabeth Gentry, 301–975–3690, Submission for OMB Review; Chief Information Officer, Commerce [email protected]. Comment Request Department. Technical and historical information [FR Doc.
    [Show full text]
  • Weights and Measures Standards of the United States—A Brief History (1963), by Lewis V
    WEIGHTS and MEASURES STANDARDS OF THE UMIT a brief history U.S. DEPARTMENT OF COMMERCE NATIONAL BUREAU OF STANDARDS NBS Special Publication 447 WEIGHTS and MEASURES STANDARDS OF THE TP ii 2ri\ ii iEa <2 ^r/V C II llinCAM NBS Special Publication 447 Originally Issued October 1963 Updated March 1976 For sale by the Superintendent of Documents, U.S. Government Printing Office Wash., D.C. 20402. Price $1; (Add 25 percent additional for other than U.S. mailing). Stock No. 003-003-01654-3 Library of Congress Catalog Card Number: 76-600055 Foreword "Weights and Measures," said John Quincy Adams in 1821, "may be ranked among the necessaries of life to every individual of human society." That sentiment, so appropriate to the agrarian past, is even more appropriate to the technology and commerce of today. The order that we enjoy, the confidence we place in weighing and measuring, is in large part due to the measure- ment standards that have been established. This publication, a reprinting and updating of an earlier publication, provides detailed information on the origin of our standards for mass and length. Ernest Ambler Acting Director iii Preface to 1976 Edition Two publications of the National Bureau of Standards, now out of print, that deal with weights and measures have had widespread use and are still in demand. The publications are NBS Circular 593, The Federal Basis for Weights and Measures (1958), by Ralph W. Smith, and NBS Miscellaneous Publication 247, Weights and Measures Standards of the United States—a Brief History (1963), by Lewis V.
    [Show full text]
  • Weights and Measures Standards of the United States
    r WEIGHTS and MEASURES STANDARDS OF THE C7 FTr^ E a brief history U.S. DEPARTMENT OF COMMERCE NATIONAL BUREAU OF STANDARDS Miscellaneous Pyblicataon 247 National Bureau of Standards MAY 2 0 1954 U.S. Prototype Kilogram 20, the standard of mass of the United States. U.S. Prototype Meter Bar 27, the standard of length of the United States from 1893 to I960. On October 14, I960, the meter was redefined in terms of a wavelength of the krypton 86 atom. EIGHTS and MEASURES S. DEPARTMENT STANDARDS F COMMERCE fhcr H. Hodges, Secretary OF THE MIONAL BUREAU F STAN D ARDS V. Astin, Director a brief history LEWIS V. iUDSON NBS Miscellaneous Publication 247 Issued October 1963 (Supersedes Scientific Paper No. 17 and Miscellaneous Publication No. 64) Fo^ sale by the Superintendent of Documents, U.S. Government Printing Office, Washinston, D.C., 20402 - 35 cents Preface In 1905, Louis A. Fischer, then a distinguished metrologist on the stafF of the National Bureau of Standards, presented a paper entitled "History of the Standard Weights and Measures of the United States" before the First Annual Meeting of the Sealers of Weights and Measures of the United States. This paper quickly came to be considered a classic in its field. It was published by the National Bureau of Standards several times— most recently in 1925 as Miscellaneous Publication 64. For some time it has been out of print and in need of up-to-date revision. The present publication covers the older historical material that Fischer so ably treated; in addition, it includes a brief summary of important later developments affecting the units and standards for length and mass.
    [Show full text]
  • Gunter's Chain
    THE HISTORY OF TIREE IN 100 OBJECTS - no. 40 GUNTER'S CHAIN This rusty chain, found in Heylipol, does not look much. But in its day, this was a revolutionary piece of equipment that transformed the appearance of the island. When the Campbells took control of Tiree in 1679, they found a medieval landscape. Farm boundaries snaked across the island from rock to rock, loch to loch. Fields were a convenient size for the horses and ploughs of their day. Villages grew up next to the most fertile land and near a water supply. In other words, the farms had evolved around the landscape. And these irregular areas of land were measured by how productive they were, using an ancient measure only used on Tiree, Coll and Orkney: the mail-land. Four mail-lands gave a tenant grazing for twelve cows, twelve horses or sixty sheep. The 1776 Census of Tiree had the approving entry for Middleton: "John McLean is a good tenant for four maile land; he has five cows and five horses". Around 1760, the fifth Duke of Argyll became determined to drag Tiree into the modern age, at a time of agricultural revolution known as 'Improvement'. He turned to two members of a new profession: the surveyors James Turnbull and George Langlands. They used a Gunter's chain like this one with a surveyor's compass to accurately measure distances and areas for the first time. Placing a ranging rod at the corner of a field, the chainman lined his chain up, pulled it taut, pinned the end link into the ground and pulled it round to start again.
    [Show full text]
  • Conversion Factors A
    Conversion Factors A Table A.1 Length mcmkmin.ftmi 1 meter 1 102 10−3 39.37 3.281 6.214 × 10−4 1 centimeter 10−2 110−5 0.3937 3.281 × 10−2 6.214 × 10−6 1 kilometer 103 105 13.937 × 104 3.281 × 103 0.621 4 1inch 2.540 × 10−2 2.540 2.540 × 10−5 18.333 × 10−2 1.578 × 10−5 1 foot 0.3048 30.48 3.048 × 10−4 12 1 1.894 × 10−4 1 mile 1 609 1.609 × 105 1.609 6.336 × 104 5280 1 Table A.2 Time s min h day year 1 second 1 1.667 × 10−2 2.778 × 10−4 1.157 × 10−5 3.169 × 10−8 1 minute 60 1 1.667 × 10−2 6.994 × 10−4 1.901 × 10−6 1 hour 3600 60 1 4.167 × 10−2 1.141 × 10−4 1day 8.640 × 104 1440 24 1 2.738 × 10−5 1 year 3.156 × 107 5.259 × 105 8.766 × 103 365.2 1 Table A.3 Area m2 cm2 ft2 in.2 1 square meter 1 104 10.76 1550 1 square centimeter 10−4 11.076 × 10−3 0.1550 1 square foot 9.290 × 10−2 929.0 1 144 1 square inch 6.452 × 10−4 6.452 6.944 × 10−3 1 Note 1 square kilometer = 247.108 acres H. A. Radi and J. O. Rasmussen, Principles of Physics, 999 Undergraduate Lecture Notes in Physics, DOI: 10.1007/978-3-642-23026-4, © Springer-Verlag Berlin Heidelberg 2013 1000 A Conversion Factors Table A.4 Volume m3 cm3 Lft3 in.3 1 cubic meter 1 106 1000 35.51 6.102 × 104 1 cubic centimeter 10−6 11.000 × 10−3 3.531 × 10−5 6.102 × 10−2 1liter 1.000 × 10−3 1000 1 3.531 × 10−2 61.02 1 cubic foot 2.832 × 10−4 1 28.32 1 1728 1 cubic inch 1.639 × 10−4 16.39 1.639 × 10−2 5.787 × 10−4 1 Note 1 U.S.
    [Show full text]
  • Metrication Leaders Guide 2009
    Metrication Leaders Guide This resource book will help make your inevitable upgrade to the metric system easy, smooth, cheap, and fast. Pat Naughtin 2009 2 of 89 Make your upgrade to the metric system easy, smooth, cheap, and fast Decision making for metrication leaders !! " ! # $ Appendices % & % ! !! ' ! ( )% ' !* " " + , -&..)--/& , - ,$ # ! ,, 0 * + # ( http://metricationmatters.com [email protected] 3 of 89 Make your upgrade to the metric system easy, smooth, cheap, and fast. Deciding on a metrication program confirms that you are a metrication leader – not a follower. You have the courage to stand aside from the crowd, decide what you think is best for yourself and for others, and you are prepared to differ from other people in your class, your work group, your company, or your industry. As a metrication leader, you will soon discover three things: 1 Metrication is technically a simple process. 2 Metrication doesn't take long if you pursue a planned and timed program. 3 Metrication can provoke deeply felt anti-metrication emotions in people who have had no measurement experience with metric measures, or people who have difficulty with change. The first two encourage confidence – it's simple and it won't take long – but the third factor can give you an intense feeling of isolation when you first begin your metrication program. You feel you are learning a new language (you are – a new measuring language), while people around you not only refuse to learn this language, but will do what they can to prevent you from growing and from making progressive developments in your life. The purpose of this book is to give you some supporting arguments to use in your metrication process.
    [Show full text]
  • Enbridge's Energy Infrastructure Assets
    Enbridge’s Energy Infrastructure Assets Last Updated: Aug. 4, 2021 Energy Infrastructure Assets Table of Contents Crude Oil and Liquids Pipelines .................................................................................................... 3 Natural Gas Transmission Pipelines ........................................................................................... 64 Natural Gas Gathering Pipelines ................................................................................................ 86 Gas Processing Plants ................................................................................................................ 91 Natural Gas Distribution .............................................................................................................. 93 Crude Oil Tank Terminals ........................................................................................................... 96 Natural Gas Liquids Pipelines ................................................................................................... 110 NGL Fractionation ..................................................................................................................... 111 Natural Gas Storage ................................................................................................................. 112 NGL Storage ............................................................................................................................. 119 LNG Storage ............................................................................................................................
    [Show full text]
  • What Is Metrication?
    What is metrication? Pat Naughtin Metrication is the process of upgrading from any of the many and various old pre-metric measurement methods to the modern metric system, which is technically known as The International System of Units (SI). Metrication began in France in the 1790s and then spread rapidly to all other nations in the world. Gradually, through the 1800s, the metric system replaced all of the numerous old historical weighing and measuring methods. By 1900, almost all nations had passed laws that accepted the metric system for use in trade, and during the late 1800s this usually translated into widespread use of the metric system by the public. The metric system is now used by all of the world's people in all nations. The philosopher, Condorcet, proved to be correct when, in 1791, he described the original metric system as: For all people; for all time. As examples, the USA has allowed metric measuring units since 1866, and the UK since 1873. Liberia and Myanmar are the only nations that have not yet passed specific metric laws but the metric system is used in both of those countries every day. Only in France, Japan, the United Kingdom, and the United States of America has there been any significant opposition to metrication, the main objections being based on history, tradition, aesthetics, economic conjecture, and a personal distaste for foreign ideas. In France and Japan the opposition faded as soon as people regularly used the metric system. This left only two nations, the UK and the USA, with citizens who have difficulty accepting the reality of worldwide metrication.
    [Show full text]