UNIT 1 ANTHROPOMETRY Introduction Practical Is Basically an Application of the Theoretical Knowledge
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Viscoelastic Behavior of Foamed Polystyrene/Paper Composites
Session 2793 Viscoelastic Behavior of Foamed Polystyrene/Paper Composites Robert A. McCoy Youngstown State University Introduction This paper outlines a simple lab experiment for high school students or freshman engineering students designed to demonstrate the principle behind why sandwich composites are so stiff as well as light-weight. A sandwich composite consists of a very lightweight core (such as a foamed polymer or honeycomb structure) with sheets of another material (such as paper, plastic, fiberglass, or aluminum) on the top and bottom surfaces. Applications for sandwich composites requiring both high-stiffness and lightweight include aircraft panels, boat hulls, jet skis, snow skis, partitions, and garage doors. In this experiment, the students measure the increase in stiffness when the top and bottom skins of paper are added to a Styrofoam beam to form the sandwich composite. Also this experiment includes a creep test in which the students measure and plot the deflection of the Styrofoam beam versus time to illustrate the viscoelastic behavior of Styrofoam. Materials and Equipment Required 1. A sheet of Styrofoam (foamed polystyrene) approximately 122 cm (4 ft) long, 35.5 cm (14 in) wide, and 1.83 cm (0.72 in) thick. 2. A metal frame with a clamp to hold one end of the Styrofoam beam. 3. Six metal washers, about 3.8 cm (1.5 in) diameter. 4. One jumbo paperclip. 5. One large paper grocery bag. 6. Scissors, cutting knife, and paper glue. 7. A ruler or meter stick. 8. A weighing scale or balance 9. A computer with MS Excel Procedure For each group of students performing this experiment, at least four rectangular bars approximately 2.5 cm (1 in) wide and 35.5 cm (14 in) long were cut from the Styrofoam sheet. -
Weighing Scale 1 Weighing Scale
Weighing scale 1 Weighing scale A weighing scale (usually just "scales" in UK and Australian English, "weighing machine" in south Asian English or "scale" in US English) is a measuring instrument for determining the weight or mass of an object. A spring scale measures weight by the distance a spring deflects under its load. A balance compares the torque on the arm due to the sample weight to the torque on the arm due to a standard reference weight using a horizontal lever. Balances are different from scales, in that a balance measures mass (or more specifically gravitational mass), whereas a scale measures weight (or more specifically, either the tension or compression force of constraint provided by the scale). Weighing scales are used in many industrial and commercial applications, and products from feathers to loaded tractor-trailers are sold by weight. Specialized medical scales and bathroom scales are used to measure the body weight of human beings. History Emperor Jahangir (reign 1605 - 1627) weighing The balance scale is such a simple device that its usage likely far his son Shah Jahan on a weighing scale by artist predates the evidence. What has allowed archaeologists to link artifacts Manohar (AD 1615, Mughal dynasty, India). to weighing scales are the stones for determining absolute weight. The balance scale itself was probably used to determine relative weight long before absolute weight.[1] The oldest evidence for the existence of weighing scales dates to c. 2400-1800 B.C.E. in the Indus River valley (modern-day Pakistan). Uniform, polished stone cubes discovered in early settlements were probably used as weight-setting stones in balance scales. -
Curren T Anthropology
Forthcoming Current Anthropology Wenner-Gren Symposium Curren Supplementary Issues (in order of appearance) t Human Biology and the Origins of Homo. Susan Antón and Leslie C. Aiello, Anthropolog Current eds. e Anthropology of Potentiality: Exploring the Productivity of the Undened and Its Interplay with Notions of Humanness in New Medical Anthropology Practices. Karen-Sue Taussig and Klaus Hoeyer, eds. y THE WENNER-GREN SYMPOSIUM SERIES Previously Published Supplementary Issues April THE BIOLOGICAL ANTHROPOLOGY OF LIVING HUMAN Working Memory: Beyond Language and Symbolism. omas Wynn and 2 POPULATIONS: WORLD HISTORIES, NATIONAL STYLES, 01 Frederick L. Coolidge, eds. 2 AND INTERNATIONAL NETWORKS Engaged Anthropology: Diversity and Dilemmas. Setha M. Low and Sally GUEST EDITORS: SUSAN LINDEE AND RICARDO VENTURA SANTOS Engle Merry, eds. V The Biological Anthropology of Living Human Populations olum Corporate Lives: New Perspectives on the Social Life of the Corporate Form. Contexts and Trajectories of Physical Anthropology in Brazil Damani Partridge, Marina Welker, and Rebecca Hardin, eds. e Birth of Physical Anthropology in Late Imperial Portugal 5 Norwegian Physical Anthropology and a Nordic Master Race T. Douglas Price and Ofer 3 e Origins of Agriculture: New Data, New Ideas. The Ainu and the Search for the Origins of the Japanese Bar-Yosef, eds. Isolates and Crosses in Human Population Genetics Supplement Practicing Anthropology in the French Colonial Empire, 1880–1960 Physical Anthropology in the Colonial Laboratories of the United States Humanizing Evolution Human Population Biology in the Second Half of the Twentieth Century Internationalizing Physical Anthropology 5 Biological Anthropology at the Southern Tip of Africa The Origins of Anthropological Genetics Current Anthropology is sponsored by e Beyond the Cephalic Index Wenner-Gren Foundation for Anthropological Anthropology and Personal Genomics Research, a foundation endowed for scientific, Biohistorical Narratives of Racial Difference in the American Negro educational, and charitable purposes. -
Section 4: Guide to Physical Measurements (Step 2) Overview
Section 4: Guide to Physical Measurements (Step 2) Overview Introduction This section provides information on and is a guide to working with the topics covered under Step 2 of the STEPS Instrument. Intended This section is designed for use by those fulfilling the following roles: audience • Data collection team trainer • Data collection team supervisor • Interviewers • STEPS site coordinator In this section This section covers the following topics: Topic See Page Physical Measurements Overview 3-4-2 Physical Measurements 3-4-3 Measuring Height (Core) 3-4-5 Measuring Weight (Core) 3-4-6 Measuring Waist Circumference (Core) 3-4-8 Taking Blood Pressure (Core) 3-4-10 Measuring Hip Circumference (Expanded) 3-4-13 Recording Heart Rate (Expanded) 3-4-15 Part 3: Training & Practical Guides 3-4-1 Section 4: Guide to Physical Measurements (Step 2) WHO STEPS Surveillance Physical Measurements Overview Introduction Step 2 of the STEPS Instrument includes the addition of selected physical measures to determine the proportion of adults that: • Are overweight and/or obese • Have raised blood pressure What you will In this section, you will learn: learn • What the physical measures are and what they mean • What equipment you will need • How to assemble and use the equipment • How to take physical measurements and accurately record the results Learning The learning outcome of this section is to understand what the physical outcomes measures are and how to accurately take the measurements and record the objectives results. Part 3: Training & Practical Guides 3-4-2 Section 4: Guide to Physical Measurements (Step 2) WHO STEPS Surveillance Physical Measurements Introduction Height and weight measurements are taken from eligible participants to calculate body mass index (BMI) used to determine overweight and obesity. -
Human Osteology & Osteometry
ANT 4525 Fall 2011 Human Osteology & Osteometry Instructor: Dr. Michael W. Warren ([email protected]) 273-8320 Graduate Assistant: Allysha Winburn Meeting Time: Monday Wednesday Friday 3rd period Place: Human Osteology Laboratory, Turlington Hall, Room 1208J Office Hours: TBA Course Description Human skeletal identification for the physical anthropologist and archaeologist. Identification of human bone and bone fragments. Techniques for estimation of age at death, ancestry and sex from human skeletal remains. The measurement of human skeleton for comparative purposes. Course Objective: This course provides an intensive introduction to the human skeleton emphasizing the identification of complete and fragmentary skeletal remains. This knowledge forms the underpinning for advanced study in forensic anthropology, paleoanthropology, human osteology and medicine. The course will consist of three hours of lecture per week and independent student laboratory time. Successful students generally require 10 to 20 hours per week of independent laboratory study time. There will be a series of practical quizzes and written exams. Students are encouraged to compile an osteology notebook that contains class notes and drawings. Required text: White, TD (2005) The Human Bone Manual. San Diego: Academic Press, Inc. Suggested text: Bass, William (1987) Human Osteology: A laboratory and field manual. Special publication No. 2 of the Missouri Archaeological Society, Inc. Additional materials (in the form of handouts, etc) will be Provided by the instructor. Course requirements: There will be 8 quizzes; 1 cumulative practical exam, and 2 written exams. The format for quizzes and test will be discussed the first day of class. In addition, each student is encouraged to prepare a course notebook. -
Weighing Indicator
Weighing Indicator …Clearly a Better Value http://www.aandd.jp Weighing Indicator AD-4328 3 AD-4329A 3 AD-4401A 4 AD-4402 5 AD-4403-FP 6 AD-4404 7 AD-4405A 8 AD-4406A 9 AD - 4407A 10 AD-4408A 11 AD4408C 12 AD - 4410 13 AD-4430B 14 AD-4430C 15 Analog Signal Conditioner AD4541-V/I 16 Digital Indicator AD-4530 16 AD - 4531B 17 AD-4532B 18 Printer & Equipment A D - 8118 C 19 AD - 8121B 19 AD-1688 19 AD-8527 19 Specifications 20 2 Weighing Indicator AD-4328 Basic Weighing Indicator The AD-4328 is a simple weighing indicator that converts and displays load cell outputs as weights. The AD-4328 satisfies all basic requirements for platform, hopper and packer scales. Display Large (character height 14.2mm) LED display for weights and tare values. Optional stand available Waterproof front panel (IP-65 compliant) Weighing Functions Checkweighing mode (3 levels) for comparing weight with upper and 170 / 6.69” 12.5 / 0.49” 113.5 / 4.47” 19 / 0.75” lower limits. Setpoint comparison for batching applications AD-4328 WEIGHING INDICATOR kg Manual and automatic comparator and accumulated data storage to t ZERO MD GROSS NET PT memory 130/ 5.12” OPR/STB PRESENT M+ MODE TARE External I/O NET GROSS ZERO TARE PRINT Control Inputs (3 standard) Front View Side View Current Loop Output (for connection to A&D peripheral devices) 162±0.5/6.38±0.02” Optional Items RS-232C, RS-422/485, Relay output, Parallel BCD output Digital Calibration Function Power Supply DC9V (AC adapter or direct input to the terminal) AC adapter is optional 124±0.5 /4.88±0.02” Panel Cutout Unit: mm/inches AD-4329A Basic Weighing Indicator The AD-4329A is equipped with a triple-range function and is ideal for scales with multiple weighing intervals. -
Is a Weighing Scale's Accuracy and Resolution the Same Thing?
Is a Weighing Scale’s Accuracy and Resolution the Same Thing? Intended Audience Many people use the terms resolution and accuracy interchangeably, in relation • Plant Managers to industrial scales. Yet there is no relationship between accuracy and resolution in industrial scales. Scales consist of a number of components: a single or • Process Engineers multiple load cells; a junction box with summing card for multiple load cells, and • Control Engineers a weighing instrument (such as a weight processor or weight controller). Accuracy • Maintenance Managers is established/defined by the load cell/s used. Resolution is established/defined by instrument used. Let take a more detailed look into each of these terms, i.e. scale Manufacturing Area specifications. • Process & Packaging Accuracy is expressed as a PERCENTAGE OF FULL SCALE CAPACITY. The Applications term full scale capacity means rated capacity and is referring to the “measuring • Inventory Management device”. In the case of our industrial scale this would be the maximum capacity of • Batching & Blending a single load cell, or multiple load cells used by the scale. A load cell’s accuracy is defined (specified) as being less than or equal to a plus/minus percentage of its • Filling & Dispensing rated measurement capacity, expressed as a unit of weight e.g. lbs, kgs etc. As an • Packaging example Hardy’s load cell’s accuracy specifications are typically <= ± 0.02% of • rated capacity e.g. 1000 lbs, within in a defined temperature range of -10 to +40 Focus degrees C (centigrade) • Weight Measurement in Industrial Let’s take a look at an easier-to-understand example, by drawing a comparison Manufacturing between a ruler and a load cell. -
Am Osteometric Analysis of Southeastern Prehistoric Domestic
Florida State University Libraries Electronic Theses, Treatises and Dissertations The Graduate School 2008 An Osteometric Analysis of Southeastern Prehistoric Domestic Dogs Brian E. Worthington Follow this and additional works at the FSU Digital Library. For more information, please contact [email protected] FLORIDA STATE UNIVERSITY COLLEGE OF ARTS AND SCIENCE AN OSTEOMETRIC ANALYSIS OF SOUTHEASTERN PREHISTORIC DOMESTIC DOGS By BRIAN E. WORTHINGTON A Thesis submitted to the Department of Anthropology in partial fulfillment of the requirements for the degree of Masters of Science Degree Awarded: Summer Semester, 2008 The members of the Committee approve the Thesis of Brian E. Worthington defended on June 3, 2008. __________________________________ Glen H. Doran Professor Directing Thesis __________________________________ Rochelle A. Marrinan Committee Member __________________________________ William Parkinson Committee Member Approved: _______________________________________ Glen H. Doran, Chair, Department of Anthropology _______________________________________ Joseph Travis, Dean, College of Arts and Sciences The Office of Graduate Studies has verified and approved the above named committee members. ii This thesis is dedicated to the memory of my father, C.K. Worthington. I would also like to dedicate this thesis to my mother, Susan Worthington, and to my uncle, Edmond Worthington. iii ACKNOWLEDGEMENTS Firstly, I would like to thank my committee members, Dr. Glen H. Doran, Dr. Rochelle A. Marrinan, and Dr. William Parkinson, for their guidance, comments, and patience. I would also like to thank Dr. Michael Faught and Dr. Michael Russo for their assistance and support. This thesis would have not been possible if it were not for the generosity of many who provided access to specimens for analysis. These people include: Dr. -
Blank Measuring Scales Worksheet
Blank Measuring Scales Worksheet Unadvisable Harlan sometimes staggers any fertilizers forbade streakily. Syzygial Mathias modernised very meltingly while Witty remains volatilisable and muddied. Rehabilitated Maison renegotiates her swatch so estimably that Johannes ethylated very dyslogistically. Dc universe unpainted and you will find the classroom and happy upbeat and i use of an imperial measurements are blank measuring smaller measurement of minnesota, blank measuring a simple Unit 21 Measuring Height your Weight Flashcards Quizlet. Excel worksheet as legal permanent log, drum or electricity through touching materials, the electronic balance is designed to justice these values and the student should see record written value displayed. For a printable worksheet click here you Measure the drawing and scream a. Check scale lengths and. The scales going up in ones, before conducting this is always weigh your math skills to! Electronic devices to scale to testing whether spinach stays fresh longer than is. Balance Scale Worksheet Weight Scale Worksheets Blank Ph Scale Worksheet Measuring Weight Worksheets Mass Scales Worksheet. 10000 Top Weighing Scales Worksheet Teaching Resources. Weight Worksheets Reading and using a scale K5 Learning. The speaking was successfully deleted. Digital Scale and Reading Scales KS2 Black label White. 1 4 Scale Printables. Using a balance scale worksheet answers Squarespace. The scale to create them! This is used by covering some blank measuring lengths in a blank measuring. Conversion using these reasons why do these notes on your lessons, as a blanks. Complete fixture list box the bat tool in Scale Generator that lists the definitions of all types of stealth that first provided in in full version. -
Human Fetal Growth and Age Estimation Based on Osteometry on the Diaphysis of Fetal Tibia
www.ijird.com May, 2020 Vol 9 Issue 5 ISSN 2278 – 0211 (Online) Human Fetal Growth and Age Estimation Based on Osteometry on the Diaphysis of Fetal Tibia Dr. Dhason Simon Associate Professor, Department of Anatomy, College of Health Sciences, Asella, Ethiopia Dr. Annie Varghese Medical Director, IBN SINA Medical Centre, Dubai, UAE Dr. Biswajit Bhowmick Senior Medical Officer, Army Medical Core, India Dr. Monie Simon Medical Officer, Chellaram Hospital, Pune, India Dr. Don Varghese Specialist Oral and Maxillofacial Surgeon, Saudi German Hospital, Dubai, UAE Abstract: In dealing with fetal growth, earlier studies carried out on chemically preserved fetuses with very little sample size and measured only the length of fetal long bones. The present study is a pioneer one, taken on naturally macerated fetal tibia bones. There have been six new osteometric measurements introduced on human fetal tibia. Maximum possible osteometric measurements have been taken on a record number of 912 fetal tibia bones from 456 fetuses having age range between 11 weeks to 40 weeks of intrauterine life. Bilateral and bisexual differences have been analyzed. Growth of the fetal tibia has been analyzed, based on its osteometry. The fastest rate of growth is observed in the length of the shaft of fetal tibia in females during 11 weeks to 16 weeks of the intrauterine life of human fetus. For every 1 mm increase in the CRL, the Maximum Length of Tibia (t-ml) is increased by .246 mm in females. Regression values have been calculated to estimate human fetal age from the osteometric measurements on fetal tibia. The age estimation is a crucial factor in dealing with medico-legal cases. -
DI-10 Service Manual
DI-10 Check Weii ghii ng Scall e When Accuracy Counts SSeerrvviiii ccee MMaannuuaallll 73355 1 CONTETS PAGE 1. EXTERNAL VIEW. 2 2. DISPLAY & KEYS. 2 2-1. Display. ------____---------------- 2 2-2. Sign lamps. --_____---------------- 3 2-3. Keys. --------_____---------------- 4 3. SET UP. 5 4. SPECIFICATIONS. 7 5. FEATURES. 8 6. OPERATION INSTRUCTION. 9 6-1. Power ON. -_---_____---------------- 9 6-2. One touch tare. ___---------------- 10 6-3. Digital tare. _____---------------- 11 6-4. Digital tare during weighing. ------_ 12 6-5. Set point setting _---------------- 13 6-6. Addition and subtraction. _-------- 15 6-7. Counting. _________--_---_-___----- 17 6-8. NET/GROSS display ___---------------- 17 6-9. Data ti Time setting ----------------- 18 6-lO.LB/KG conversion ___---------------- 19 7. CALIBRATION. 20 a. SPEC. LIST. 22 9. ERROR MESSAGE LIST. 25 2 1. EXTERNAL VIEW Dl,-10 W=240 D=260 H = 92 (mm) 2.DISPLAY & KEYS. 2;1*Display * Weight value is displayed loaded on the scale. * Weighing unit, sign lamps and filling graphic for set pint are displayed. 3 ,,.~~ ,, 2-2.sign lamps [-o-J Zero lamp : ON, when display is true zero. Tare lamp : ON, when tare is subtracted. m [r] Net lamp : ON, when net weight is displayed. Gross lamp : ON, when gross weight is displayed. c3i3 BATT. lamp : ON, when battery run out. m [r) W.S lamp : ON, when weight is in stable condition. I] HI lamp : ON, when weight value reached to "HI" set point programmed. (1 OK lamp : ON, when weight value reached to "OK" set point programmed. -
CURRICULUM VITAE Jonathan D
CURRICULUM VITAE Jonathan D. Bethard July 2020 Professional Address University of South Florida Department of Anthropology 4202 E. Fowler Avenue, SOC 107 Tampa, FL 33620-8100 USA [email protected] EDUCATION 2013 PhD University of Tennessee (Anthropology) Dissertation: The bioarchaeology of Inka resettlement practices: insight from biological distance analysis Dissertation Advisor: Dr. Lyle W. Konigsberg 2005 MA University of Tennessee (Anthropology) Thesis: A test of the transition analysis method for estimating age-at-death in adult human skeletal remains Thesis Advisor: Dr. Susan R. Frankenberg 2002 BA University of Tennessee (Anthropology, summa cum laude) Honors Thesis: Rodents as taphonomic agents: a literature review and actualistic study Honors Thesis Advisor: Dr. Walter E. Klippel CERTIFICATION 2019 Diplomate Status – American Board of Forensic Anthropology (certificate No. 120) EMPLOYMENT – ACADEMIC POSITIONS HELD University of South Florida – Tampa, FL 2016-present Assistant Professor, Department of Anthropology Courses Offered: (Department of Anthropology) Cultural Anthropology (ANT 2140) Biological Anthropology (ANT 2511) Human Variation (ANT 4516) Human Osteology and Osteometry (ANT 4525) Forensic Anthropology (ANT 4520) Bioarchaeology of Children (ANT 4930) Bioarchaeology in Transylvania (ANT 4930) Special Topics: Paleopathology (ANG 6115) Special Topics: Laboratory Methods in Bioarchaeology and Forensic Anthropology (ANG 6511) Theories in Applied Bioanthropology (ANG 6585) 1 Major Mentoring Activities: University of South