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Ice Hockey Packet # 23
ICE HOCKEY PACKET # 23 INSTRUCTIONS This Learning Packet has two parts: (1) text to read and (2) questions to answer. The text describes a particular sport or physical activity, and relates its history, rules, playing techniques, scoring, notes and news. The Response Forms (questions and puzzles) check your understanding and apprecia- tion of the sport or physical activity. INTRODUCTION Ice hockey is a physically demanding sport that often seems brutal and violent from the spectator’s point of view. In fact, ice hockey is often referred to as a combination of blood, sweat and beauty. The game demands athletes who are in top physical condition and can maintain nonstop motion at high speed. HISTORY OF THE GAME Ice hockey originated in Canada in the 19th cen- tury. The first formal game was played in Kingston, Ontario in 1855. McGill University started playing ice hockey in the 1870s. W. L. Robertson, a student at McGill, wrote the first set of rules for ice hockey. Canada’s Governor General, Lord Stanley of Preston, offered a tro- phy to the winner of the 1893 ice hockey games. This was the origin of the now-famed Stanley Cup. Ice hockey was first played in the U. S. in 1893 at Johns Hopkins and Yale universities, respec- tively. The Boston Bruins was America’s first NHL hockey team. Ice hockey achieved Olym- pic Games status in 1922. Physical Education Learning Packets #23 Ice Hockey Text © 2006 The Advantage Press, Inc. Through the years, ice hockey has spawned numerous trophies, including the following: NHL TROPHIES AND AWARDS Art Ross Trophy: First awarded in 1947, this award goes to the National Hockey League player who leads the league in scoring points at the end of the regular hockey season. -
8 CURLING ICE in an ARENA Written by Leif Öhman, Sweden & John Minnaar, Scotland
1 8 CURLING ICE IN AN ARENA Written by Leif Öhman, Sweden & John Minnaar, Scotland To overcome the problems of dealing with different situations for different purposes, there will be some duplication in the section, which is presented as two different approaches to a similar problem. FROM ICE TO CURLING ICE The words of this heading are carefully chosen, The solutions because the two items are very different. Ice is simply the result of water being frozen by 1. As every experienced curling manager lowering its temperature to below 0ºC, whereas knows, someone has to provide the driving curling ice is a manufactured product of specific force and maintain the momentum, but one definition that has been made from ice, or by person cannot hope to do it all himself. freezing water in a very specific way. The skating-ice technician is the person with It is the purpose of this half of the section to bring much to do and not enough time and now, together the relevant essential pieces of with curling on the scene, someone is giving information scattered throughout the manual, to him even more to do. The skating-ice enable technicians to convert ice to curling ice in technician is also a very important person, an efficient and cost-effective way on a regular respect his position. basis. In the next half of this section, Curling Ice To solve this, form a club of all known In An Arena, the same subject is addressed, but curlers, have a meeting and select a there it is aimed at providing excellent ice for a committee. -
Finishlynx Sports Timing Systems
FinishLynx Timing & Results Systems Lynx System Developers Lynx System FinishLynx Sports Timing & Event Management Solutions July 2017 INTERNATIONAL SPORTS TIMING PACKAGES CONTENTS Description Page Regulatory Acceptance and Reference Letters 4 Athletics – Photo-Finish and Timing for Track Events 6 Athletics - False Start Detection 8 Athletics - Field Events 9 Canoe - Kayak - Rowing – Photo-Finish and Timing 10 Cycling – Photo-Finish and Timing 12 Speed Skating – Photo-Finish and Timing 14 High Velocity Sports – Photo-Finish and Timing 16 Pari-Mutuel Sports – Photo-Finish and Timing 16 Reference Venues & Events 20 www.finishlynx.com PAGE 2 INTERNATIONAL SPORTS TIMING PACKAGES 3 KEY REASONS TO CHOOSE LYNX SIMPLE AND POWERFUL FinishLynx technology incorporates two decades of industry and customer feedback, 1 which yields products that are powerful, customizable, and easy to use. Underlying all Lynx products is a philosophy that all our products should link together seamlessly. This idea of links between products is the motivation for the company name: Lynx. This seamless product integration ensures that producing accurate results is easy. From start lists, to results capture, to information display―data flows instantly and automatically with FinishLynx. MODULAR AND EXPANDABLE The entire Lynx product line is designed so the customer can easily expand in two ways: by 2 adding new products or by upgrading existing ones. Customers can feel confident knowing that if they choose an entry-level system, they can always upgrade to a higher level at a later date. Our commitment to ongoing development means that enhancements are constantly added to our hardware, software, and third-party integration. And thanks to our commitment to free software updates, you can always download the latest software releases right from our website. -
Building Canadian National Identity Within the State and Through Ice Hockey: a Political Analysis of the Donation of the Stanley Cup, 1888-1893
Western University Scholarship@Western Electronic Thesis and Dissertation Repository 12-9-2015 12:00 AM Building Canadian National Identity within the State and through Ice Hockey: A political analysis of the donation of the Stanley Cup, 1888-1893 Jordan Goldstein The University of Western Ontario Supervisor Dr. Robert K. Barney The University of Western Ontario Graduate Program in Kinesiology A thesis submitted in partial fulfillment of the equirr ements for the degree in Doctor of Philosophy © Jordan Goldstein 2015 Follow this and additional works at: https://ir.lib.uwo.ca/etd Part of the Intellectual History Commons, Political History Commons, Political Theory Commons, and the Sports Studies Commons Recommended Citation Goldstein, Jordan, "Building Canadian National Identity within the State and through Ice Hockey: A political analysis of the donation of the Stanley Cup, 1888-1893" (2015). Electronic Thesis and Dissertation Repository. 3416. https://ir.lib.uwo.ca/etd/3416 This Dissertation/Thesis is brought to you for free and open access by Scholarship@Western. It has been accepted for inclusion in Electronic Thesis and Dissertation Repository by an authorized administrator of Scholarship@Western. For more information, please contact [email protected]. i Stanley’s Political Scaffold Building Canadian National Identity within the State and through Ice Hockey: A political analysis of the donation of the Stanley Cup, 1888-1893 By Jordan Goldstein Graduate Program in Kinesiology A thesis submitted in partial fulfillment of the requirements for the degree of Doctor of Philosophy The School of Graduate and Postdoctoral Studies The University of Western Ontario London, Ontario, Canada © Jordan Goldstein 2015 ii Abstract The Stanley Cup elicits strong emotions related to Canadian national identity despite its association as a professional ice hockey trophy. -
Ultimate Thority
2007-09 Official Rules and Casebook of Ice Hockey .usahockey.com www Authority Official Rules and Casebook of Ice Hockey of Ice and Casebook Official Rules This book is the singular source for the rules of This book is the singular source Included are USA are Included official playing Hockey’s The The Ultimate The the game. referee signals and detailed rink diagrams. referee rules and interpretations, theoretical situations, theoretical rules and interpretations, referees, parents and fans. parents referees, is the essential resource for players, coaches, for players, is the essential resource THE OFFICIAL RULES AND CASEBOOK OF ICE HOCKEY Typographer: Dana Ausec Front cover photo courtesy of USA Hockey, Inc. Interior photography courtesy of USA Hockey, Inc. © 2007 by USA Hockey, Inc. All rights reserved. Any dissemination, distribution, publication, or copying of rules without the express written consent of USA Hockey is strictly prohibited. The USA Hockey, Inc. logo is a registered trademark of USA Hockey, Inc., and use in any manner is prohibited unless approval is obtained from the organization. For more information about ice hockey and ordering more copies of the Official Rules and Casebook of Ice Hockey, contact: USA Hockey, Inc. 1775 Bob Johnson Drive Colorado Springs, CO 80906-4090 Telephone (719) 576-8724 Fax (719) 538-1160 USA Hockey is the National Governing Body for the sport of ice hockey in the United States. Contents PREFACE Points of Emphasis........................................................................ vii Standard -
An Ice Rink Refrigeration System Based on CO2 As Secondary Fluid in Copper Tubes
E:369 An Ice Rink Refrigeration System based on CO2 as Secondary Fluid in Copper Tubes by Khuram Shahzad Master of Science Thesis Master Program of Sustainable Energy Engineering 2006 Department of Energy Technology Royal Institute of Technology Stockholm, Sweden CO2 as Secondary Fluid in a Copper Tube System ABSTRACT This report is a study of the use of copper tubes with CO2 as heat transfer fluid in ice rink applications. Copper tubes can be rolled rather easily up to the required length which decreases installation cost and simplifies the procedure. A test ice rink was built at IUC Ref Centre, Katrineholm with copper tubes. FEMLAB and EES are two softwares that were used for analysis. The comparison between 12.7 mm diameter copper tubes with and without plastic foil cover, 9.5 mm diameter copper tubes with and without plastic foil cover, 21.3 mm diameter steel pipes and 25 mm diameter plastic pipes is presented in the report. The reason to have plastic foil over copper tubes is to avoid the minor risk of chemical corrosion. Furthermore the foil serves as mechanical wear protection as well, which in this case could appear if rubbing would occur due to thermal expansion and contraction. It is found that 12.7 mm copper tube with plastic foil is good choice in terms of heat transfer. At rated heat flux of 100 W/m2 and with a pitch of 100 mm, it is 0.18 oC better than 9.5 mm copper tube with plastic foil. This report includes the investigation which shows that there is no danger of movement of copper tubes inside the rink bed due to thermal expansion and contraction during operation. -
Original Article the Connection Between the Success of a Team at One-On-One Battles in the Defensive Phase of the Game and the F
Journal of Physical Education and Sport ® (JPES), Vol.20 (3), Art 210, pp. 1529 - 1537, 2020 online ISSN: 2247 - 806X; p-ISSN: 2247 – 8051; ISSN - L = 2247 - 8051 © JPES Original Article The connection between the success of a team at one-on-one battles in the defensive phase of the game and the final results of ice hockey matches in the National Hockey League and the 2018 Winter Olympic Games SILVIO PARNIČAN 1, IGOR TÓTH 2, PAVOL PERÁČEK 3 1,2,3 Department of Sports Games, Faculty of Physical Education and Sport, Comenius Universityin Bratislava, SLOVAKIA PuBlished online: May 30, 2020 (Accepted for puBlication: May 18, 2020) DOI:10.7752/jpes.2020.03210 Abstract The oBjective of this research wasthe outcome ofone-on-one Battles Between playersinthe defensive phase of the game.We conducted an indirect oBservation of 10 National Hockey League matches and 10 2018Winter Olympic Gamesmatches, focusing on the frequency of successfulone-on-one Battles in the defensive phase of the gameand how and in which zone they occurred. We recorded each succesfulone-on-one Battle in the defensive phase of the game, in all three zones of the ice hockey rink. We assumed that there is a statistically significant relationship Between the successfulone-on-one Battles in the defensive phase of the game and thefinal result of anice hockey match. We used the Mann- Whitney U-Test to determinea relationship Between success in one-on- one Battles and the final result of a match and we used the significance test of two relative values to compare the acquired data. -
USA Hockey’S Official Playing Rules and Interpretations, Theoretical Situations, Referee Signals and Detailed Rink Diagrams
Ice Casebook Cover 1113_Layout 1 7/1/11 10:20 AM Page 1 2011-13 Official Rules and of Hockey Casebook Ice The Ultimate Authority The Official Rules and Casebook of Ice Hockey is the essential resource for players, coaches, referees, parents and fans. Included are USA Hockey’s official playing rules and interpretations, theoretical situations, referee signals and detailed rink diagrams. This book is the singular source for the rules of the game. www.usahockey.com Rulebook-Casebook 1113_Casebook 7/1/11 10:05 AM Page iv Rulebook-Casebook 1113_Casebook 7/1/11 10:05 AM Page i THE OFFICIAL RULES AND CASEBOOK OF ICE HOCKEY Rulebook-Casebook 1113_Casebook 7/1/11 10:05 AM Page ii Typographer: Dana Ausec Front cover photo courtesy of USA Hockey, Inc. Interior photography courtesy of USA Hockey, Inc. © 2011 by USA Hockey, Inc. All rights reserved. Any dissemination, distribution, publication, or copying of rules without the express written consent of USA Hockey is strictly prohibited. The USA Hockey, Inc. logo is a registered trademark of USA Hockey, Inc., and use in any manner is prohibited unless approval is obtained from the organization. For more information about ice hockey and ordering more copies of the Official Rules and Casebook of Ice Hockey, contact: USA Hockey, Inc. 1775 Bob Johnson Drive Colorado Springs, CO 80906-4090 Telephone (719) 576-8724 Fax (719) 538-1160 USA Hockey is the National Governing Body for the sport of ice hockey in the United States. Rulebook-Casebook 1113_Casebook 7/1/11 10:05 AM Page iii Contents PREFACE Points of Emphasis....................................................................... -
The Olympic 500M Speed Skating
448 Statistica Neerlandica (2010) Vol. 64, nr. 4, pp. 448–459 doi:10.1111/j.1467-9574.2010.00457.x The Olympic 500-m speed skating; the inner–outer lane difference Richard Kamst Department of Operations, University of Groningen, PO Box 800, 9700 AV Groningen, The Netherlands Gerard H. Kuper Department of Economics, Econometrics and Finance, University of Groningen, PO Box 800, 9700 AV Groningen, The Netherlands Gerard Sierksma* Department of Operations, University of Groningen, PO Box 800, 9700 AV Groningen, The Netherlands In 1998, the International Skating Union and the International Olympic Committee decided to skate the 500-m twice during World Single Distances Championships, Olympic Games, and World Cups. The decision was based on a study by the Norwegian statistician N. L. Hjort, who showed that in the period 1984–1994, there was a signifi- cant difference between 500-m times skated with a start in the inner and outer lanes. Since the introduction of the clap skate in the season 1997–1998, however, there has been a general feeling that this differ- ence is no longer significant. In this article we show that this is, in fact, the case. Keywords and Phrases: sports, clap skate, statistics. 1 Inner–outer lane problem A 500-m speed skating race is performed by pairs of skaters. A draw decides whether a skater starts in either the inner or the outer lane of the 400-m rink; see Figure 1. After the first curve, skaters change lanes at the ‘crossing line’. The second curve is the major cause of the difference in time between inner and outer starts. -
Berlin Ice with Black Forest Snow
Berlin Ice with Black Forest Snow By Volker Kluge The Berlin Ice Palace. A band played on the balcony during events. Below right: vignettes for the Nordic Games of 1913 and the Games of the VI'" Olympiad in Berlin, whose main event was to be the "Stadion-Wett- kampfe” from V'to 10"'July 1916. Illustrations: Volker Kluge Archive 55Z. Berlin W., L u th en tr. Eispalast. From today's viewpoint, it is scarcely believable that needed for the food and drink industries, which until Olympic Winter Games were for a long period an then had used blocks of ice sawn in winter from frozen unloved child. At the Founding Congress of 1894 the lakes and then kept at the edges of cities in gigantic Commission for Olympic Games in its second meeting on depots.3 2i“June had accepted "patinage", skating, into the list It was left to London to stag? "Winter Games" for the of desirable sports, but had not devoted a single word first time as part of the Olympic Games. In July 1908 to its realization.1 Greece had financial problems even stadium events were held, “he October programme then. How were they to acquire an artificial ice rink in featured boxing, football, rugby, hockey and lacrosse - the spring of 1896? and as the only genuine winter sport, figure skating. In Great Britain, where the Scottish doctor and chemist William Cullen had already produced "artificial cold" as early as 1748 by means of thermodynamic processes, a rink had already been in existence for half a century. -
Dachkonstruktion Speedskating Oval for the 2010 Winter Olympics in V
14. Internationales Holzbau-Forum 08 Speedskating Oval for the 2010 Winter Olympics in Vancouver, Canada | P. Fast 1 Eisschnelllaufhalle der 2010 Winter Olympics, Vancou- ver - Dachkonstruktion Speedskating Oval for the 2010 Winter Olympics in Vancouver, Canada Stadio per pattinaggio di velocità 2010, giochi olimpici invernali Vancouver - Kanada Halle du patinage de vitesse des Jeux olympiques d’hiver 2010 Vancouver – Canada Paul Fast P. Eng., Struct.Eng., P.E. LEED® AP Fast + Epp structural engineers Vancouver, Canada 14. Internationales Holzbau-Forum 08 2 Speedskating Oval for the 2010 Winter Olympics in Vancouver, Canada | P. Fast 14. Internationales Holzbau-Forum 08 Speedskating Oval for the 2010 Winter Olympics in Vancouver, Canada | P. Fast 3 Speedskating Oval for the 2010 Winter Olympics in Vancouver, Canada 1. Introduction When the IOC awarded the 2010 Winter Olympics to Vancouver,B.C., architectural at- tention immediately turned to the building that would host the long track speed skating venue. Speed skating ovals are unique buildings that provide opportunity for striking ar- chitectural- structural expression. Operating on a lean budget, VANOC (Vancouver Olympic Organizing Committee) decided to offload financial risk for the facility by committing the fixed sum of $60M CAD to the neighbouring City of Richmond, who would then assume ownership of the building and responsibility for the remainder of the $178M construction budget. Following an interna- tional request for proposals, Cannon Design Architects was appointed the prime consult- ant with Fast + Epp structural engineers the structural sub-consultant for the roof struc- ture. Figure 1: Richmond Speed Skating Oval, Richmond, British Columbia, Canada 2. Building Description The speed skating oval is a roughly 100m wide by 200m long building with a total roof area including overhangs of 23,700 square metres. -
19-03 Carlson Center Ice Rink Replacement
FNSB CAPITAL IMPROVEMENT PROGRAM 2019 Project Nomination Form Nominations will be accepted from August 12 to October 11. Please fill out the nomination form as completely as possible. If a section does not apply to the project you are nominating, please leave that section blank. Please attach add itional relevant information to this nomination packet as appropriate. There is no limit to the number of projects that can be submitted. Completed nomination forms can be submitted: In person at: By mail to: Fairbanks North Star Borough Fairbanks North Star Borough Attn: Mayor's Office Attn: Capital Improvement Program 907 Terminal Street PO Box 71267 Fa irbanks, AK 99701 Fairbanks, AK 99707 NOMINATOR'S NAME: j t:.. v r T ~8 ~Et,_,=-v $" ORGANIZATION (IF APPLI CABLE) : _____________________ AFFECTED DEPARTMENT: _ ___.~_ A_,,,e._ t,_~-"--"/1/___ ?_ ~_.;v,_ '/_/;:_; _,C,______ _ ___ _ PHONE : I 'jtJ 7 ) JY7 ... 9111 Project Scope/Description: ~6e' -:- A,.,. e -z./ C/7 / /o/ _,,. ,,., ,;-,..,,r ~r:, ,,. e I J- fu:,rr ~ ,,, ///'-</Pf f {~z-y) 77? -- ? 'I z 3 - "f'P~ {_ p Io ) f/~ ~ - ~ tJ 9 I - C ca. _j/4) ,'//,/,t-;M ,7 ei /'t,~ - q //I{ c/'I 'CA- " ~ .,_.,_ Learn mare at: www.fnsb.us/CIP Page 1 of 11 FNSB CAPITAL IMPROVEMENT PROGRAM SAFETY AND CODE COMPLIANCE 1. Does the project reduce or eliminate a health or safety risk? □ Yes D No Please explain: /1?~-,,,.,...u-ee?? ~/?"~ (!)/ 4'v' C ""? /-/ " --v ;5 If N ~ A/V "!? tt,v>-c!Y"'7 4~/&'V ~ ~ 1·" '7A./ q J7.