zilongwang/ReadingBank huggingface dataset:
Table 2: Classifications of distribution services Classification Description Regulatory treatment Direct control service Standard control service Services that are central to electricity supply and therefore relied on by most (if not all) customers such as building and maintaining the shared distribution network. We regulate these services by determining prices or an overall cap on the amount of revenue that may be earned for all standard control services. The costs associated with these services are shared by all customers via their regular electricity bill. Alternative control service Customer specific or customer requested services. These services may also have potential for provision on a competitive basis rather than by the local distributor. We set service specific prices to enable the distributor to recover the full cost of each service from customers using that service. Negotiated service Services we consider require a less prescriptive regulatory approach Distributors and customers are able to negotiate prices according
(3) t = 1 (4) t = 2,3,4,5 Where: is the maximum allowable revenue in year t. is the price of component i of tariff j in year t. is the forecast quantity of component i of tariff j in year t. is the annual smoothed revenue requirement in the Post Tax Revenue for year t. Adjusted as necessary to account for any difference between actual inflation and estimated inflation. is the adjusted annual smoothed revenue requirement for year t. is the sum of incentive scheme adjustments in year t. To be decided in the final decision. is the sum of end-of-period adjustments in year t. Likely to incorporate but not limited to adjustments from the initial regulatory control period. To be decided in the final decision. is the sum of annual adjustment factors in year t. Likely to incorporate but not limited to adjustments for the overs and unders account. To be decided in the final decision. is the percentage increase in the consumer index. To be decided in the final decision. is the X-factor in year t, incorporating annual adjustments to the PTRM for the trailing cost of debt where necessary. To be decided in the final decision. is the sum of the s-factors for all parameters application of the s-bank adjusted for the change in the annual revenue requirement between the last year of the 2011-2015 regulatory control period to 2016. is the s-factor for regulatory year t. AER's reasons — control mechanism for alternative control services We will apply a revenue cap to the type 5 and 6 and smart metering service - not subject to competition. We will apply caps on the prices of individual services in the next regulatory control period to alternative control services. Our approach is supported by the five Victorian electricity distributors. We have classified the following services as alternative control services: type 5, 6 and smart metering services - regulated service ancillary network services shared public lighting assets
Total CEU hours Day 1 = 6.00 4:30-6:00 Social (Solarium) – Entertainment by Everett & Emily Elam Prize drawing, Cash bar, fun, fellowship Conference at a Glance Tuesday, November 7, 2017 CEUs 7:30-8:00 Light Continental Breakfast (Solarium) 8:00-8:45 Business Meeting (Solarium) AR-AER President and Board Members 8:45-9:00 Break 9:00-9:30 State of our State (Solarium) DSB ESVI VA ASBVI WSB 0.50 9:30-12:00 Technology Tuesday (Solarium) Including: BrailleSense Polaris: A Star is Born HIMStastic Happenings Seeing AI and Other New Cool Tech and Apps Dave Wilkinson 2.50 Post Conference Workshop 12:00-1:00 Travel to the Arkansas Regional Innovation Hub Box lunch provided upon arrival 201 E Broadway St North Little Rock, AR 72114 1:00-4:00 3D Technology (Innovation Hub) The Innovation Hub offers everything you need to Build, whether that means building a product, building a creative project, or building a business. We have a wide variety of tools, technology and equipment, and we want to help you Build your vision! In our workshop, we will target 3D technology. Get hands on with 3D printing! Learn about the mechanics of 3D printers and how they work. Learn how to maximize the quality of your prints with tips and tricks to get the most out of a printer and make a model look great. 3.00
NFA (Budget Details) 45 (sent Aug. 23; response made Oct. 25) PARTIALLY SUCCESSFUL They mentioned that the 2018 budget is on the website. The other requested documents cannot be provided because the earmarked revenue from TRAIN will only be available starting next year (2019) and also the agency told us that since rice is heavily subsidized already, the NFA will no longer give the 10% supposed discount as per the Joint Memorandum Circular 001 series of 2018 signed August 31, 2018 and the TRAIN Rice Distribution Program guidelines. SRA 12 (sent Aug. 23; response made Sep. 10) DENIED Requesters were told that 2018 didn’t include TRAIN allocations. TESDA 68 (sent Aug. 30) PENDING
Aerial Photography Order Form Orders for Aerial Photography products provided by UNITED PHOTO & GRAPHIC SERVICES on behalf of Geoscience Australia UNITED PHOTO & GRAPHICS SERVICES Pty Ltd ABN: 96 006 622 788 133 Abbotsford St, North Melbourne, Vic, Australia 3051 PO Box 369, North Melbourne, Victoria, Australia, 3051 Tel: +61 3 9328 3444 FAX: +61 3 9326 6476 Email: Website Company Name: DATE: Purchase Order / Reference No: Phone No: ( ) Senders Name: (delivery name) FAX: ( ) Email: Pages: (incl this Page) Courier Delivery Address: (please do not use a P.O. Box No.) Postal and/or Account Address: (If different from Courier Del. Address) Map / Area Film No Run Print No's Code Remarks Unit excl GST Qty Amount excl GST Sub Total Pkg & Delivery TOTAL excl GST $ GST $ EFT PAYMENT: CREDIT CARD DETAILS: Bank: ANZ Charge my: Mastercard VISA BSB: 013 377 Account No: 3071-44957 Card No. Please Note: For non UPGS Account holders, orders must be accompanied by payment. Expiry Date CHEQUE / MONEY ORDER: Payable to: Photomapping Services Name of Card Holder: (Please Print Clearly) $ Attached Signature: Aerial Photography products are copyright and should not be re-produced without permission. For information about the Geoscience Australia Aerial Photography Archives and Flight Line Information please visit:
AERIES ACCOUNT – PASSWORD RESET OPEN A WEB BROWSER AND TYPE IN “” IN THE ADDRESS BAR CLICK ON THE “GRADES “ICON IN THE UPPER RIGHT CORNER OF THE WEBPAGE CLICK ON “FORGOT PASSWORD” AND ENTER YOUR OFFICE 365 EMAIL (STUDENTID@STUDENT.MURRIETA.K12.CA.US) OPEN A SECOND BROWSER PAGE TYPE IN “” IN THE ADDRESS BAR ENTER YOUR OFFICE 365 USER NAME (STUDENTID@STUDENT.MURRIETA.K12.CA.US) ENTER YOUR OFFICE 365 PASSWORD CLICK ON THE EMAIL TILE OPEN THE EMAIL FROM AERIES AND FOLLOW THE LINK TO AERIES – RESET ACCOUNT PASSWORD “CLICK HERE” ENTER A PASSWORD AND RE-ENTER IT TO CONFIRM (YOU CAN ACTUALLY USE THE SAME PASSWORD YOU ALWAYS USE TO LOG INTO COMPUTERS AT SCHOOL—NO NEED TO CHANGE IT!) ALTERNATIVELY, YOU CAN WATCH THE TUTORIAL VIDEO .
831-0180 1 Power Harness Mechanical Control box 831-0102 1 3 Pin Adapter Cable, AC4161 831-0032 1 ¼ Turn Ball Valve, 1/8 NPT 831-0055 1 Control Box Mounting Bracket with Fasteners 810-0050 1 bag Replacement Valve Gaskets (24) –Fits Valve Stem End of Hose 330-3309 25 Hubcap Gasket 330-3318 25 Hubcap Gasket 831-0049 2 Axle Plug 1.75” ID) 831-0048 2 Axle Plug 2.75” ID) 831-0009 1 Incandescent Driver Warning Lamp Kit 831-0010 1 Single Axle Electrical Kit, SmartSense 831-0011 1 Dual Axle Electrical Kit, Smart Sense 831-0038 1 Incandescent Driver Warning Lamp 831-6245 1 Mechanical: 95PSI setting 831-7245 1 Mechanical: 100PSI setting 831-8245 1 Mechanical: 105PSI setting 831-9245 1 Mechanical: 110PSI setting
831-A245 1 Mechanical: 115PSI setting 831-0250 1 SmartSense Driver Warning Lamp, Dual Axle 831-0251 1 SmartSense Driver Warning Lamp, Single Axle 831-6248 1 SmartSense: 95PSI setting 831-7248 1 SmartSense: 100PSI setting 831-8248 1 SmartSense: 105PSI setting 831-9248 1 SmartSense: 110PSI setting 831-A248 1 SmartSense: 115PSI setting 831-0179 1 Power Harness SmartSense 831-0260 1 ABS Connector 831-0027 35 ft. DOT ¼” Air Tubing 831-0013 70 ft. 16 AWG, Wire 831-0035 1 Pressure Protection 831-0007 1 Tee Union, ¼” Push Connect 831-0012 1 Axle Vent Assembly Kit 831-0034 2 Pass-through Fitting, ¼” NPT x ¼” Tube 831-0024 1 RAU Hose Adapter Fitting 831-0031 1 Fitting for Axle Vent Assy. 831-0510 1 Fitting Kit w/PPV for Single Axle, Mechanical 831-0511 1 Fitting Kit w/PPV for Dual Axle, Mechanical
831-0001 1 O-Ring Aeris RAU Fittings 24 EA. 831-0058 1 Nylon Convoluted Sleeving, 3/8 ID 831-0033 1 Air Line Filter, 1/8 NPTF x 1/8 NPTF 831-0077 1 Gland 831-0067 1 RAU Plug 831-0115 1 Hose protection wrap = 8 pieces, 6” Long 555-8300 1 Axle Plug Installation Tool 831-0133 1 Driver Warning Lamp Bracket for Vanguard Trailer 831-1115 1 Push-Lock, Coupling, DOT ¼ Tube 831-0140 1 45° Street Elbow with Straight thru: for Hendrickson axle 831-0100 1 Spindle Bushing, 2.5” 831-0141 1 Hex bushing Brass 1/2NPT x 1/4NPT 831-2517 1 Tubing Insertion Tool
associated study data such as maximum and final concentrations of transformation products and their intervals. For multilateral reviews, chemical names, SMILES strings, structures, and CAS numbers are captured elsewhere in the Monograph. Therefore these data are not attached to each study review within the Monograph. When the Monograph is split into individual reviews in EFED’s files, however, the Monograph’s structure table should be either referenced as a separate, associated document or attached to each individual review.] [Sample structure table with the minimum information needed.] [Common name [list other common names] [if the same common name is used in different studies for different compounds, provide in parentheses the MRID associated with the common name for this compound.]] IUPAC Name: [Provide one name.] CAS Name: [Provide one CAS name.] CAS Number: [Provide if available.] SMILES String: [Provide one SMILES string.] [Paste structure here.] [Sample EFED ROCKS memorandum format for structure tables.]
Water [#] mL ([#] mL associated with sediment, plus [#] mL Sediment [#] g dry wt. ([#] g wet wt., [#] mL) Water/sediment ratio [#] mL: [#] g dry weight Application rates: Nominal [#] mg a.i./L Actual [#] mg a.i./L Number of replicates: Control, if used Treated Test apparatus: Type/ material/volume Details of traps for CO2 and organic volatile, if any If no traps were used, is the system closed? Identity and final concentration (based on water volume) of co-solvent [#] ([#] L/[#] mL) Test material application method: Volume of the test solution used/treatment Application method (i.e.;, mixed/not mixed) Any indication of the test material adsorbing to the walls of the test apparatus? Microbial biomass/population of control units: Water Sediment [#] mg CO2/hr/kg dry wt. Microbial biomass/population of treated: Water Sediment [#] mg CO2/hr/kg dry wt. Experimental conditions: Temperature [#] ºC Continuous darkness (yes/no) Other details, (if any) [Repeat this table as needed for additional water:sediment systems.] Sampling during Study Period: [Describe any unique characteristics of sampling during study period, if any.] Table 6 summarizes sampling during the study period. Table 6. Sampling during Study Period Parameter Details Sampling intervals (duration) Sampling method Method of collection of CO2 and organic volatile compounds Sampling Intervals/Times Redox potential in water layer Dissolved oxygen in water layer pH in water layer Redox potential in sediment pH in sediment Other details, if any
Characteristic Actinomyces Agromyces Arachnia (P. propionicus) Arcanobacterium Arthrobacter Aureobacterium Brevibacterium Brochothrix Caryophanon Caseobacter Cellulomas Corynebacterium Corynebacterium (plant pathogens) Curtobacterium C. aquaticum Dermabacter Dermatophilus Erysipelothrix Exguobacterium Kurthia Lactobacillus Listeria Microbacterium Mycobacterium Nocardia Oeskovia (Callatomonas turbata) Proprionibacterium Propioniferax Renibacterium Rhodococcus Rothia Sanguibacter Streptomyces Turicella Starch hydrolysis D -/+ D D D - - - - + D + + + - + - D D D - + - V D - DNase D - + + D + - - + +/- + + - D (+) + D + - + - + - Casein +/- - - - + D + - - D - + + - + - - - D + - D Phosphatase - - - - - D D D - + D D + - Arginine D - - D + - - - D - D Sabouraud’s agar - - + + ONPG - D + - + - D + D + + - - - + Penicillin S S S S S S S S R R S S S Filter paper trypsin - - - - - - - + - - - - - - - - D - - - Volatile fatty acids - - + - - - - - - - - - - - - - - - - - - + - - - - A: all; C: poultry, P: pigs, S: sheep; F: faeces; M: meat; Ch: cheese; M: milk; G: soil; P: plants; D: skin, H: humans §: PG: poor growth,
APPENDIX 1 Glucose-yeast extract medium Yeast extract 10g Glucose 10g Agar 15g Tap water 1000ml Loeffler’s serum slant This medium is used to isolate Corynebacterium diptheriae, but also can be used to demonstrate proteolytic activity of T. pyogenes. Bovine serum 70ml Infusion dextrose broth (dried) 2,5g Whole egg dried 7.5g Distilled water 1000ml Final pH: 7.6 Medium preparation Mix, and dispense in glass heat resistant bottle. Arrange so that they are in a slant position and autoclave at 120°C for 15 minutes. Properly prepared slants are smooth and greyish-white in colour. Test procedure A loopful of the bacterial colony is made in the centre of the slope, taking care not to break the surface of the medium. Incubate the medium at 37°C for 24 – 48 hours. Pitting of the slope gives a positive result for T. pyogenes. NANAT Selective medium for the isolation of Rhodococcus equi. Base medium Peptone Sodium chloride Yeast extract Glucose Sodium hydrogen sulphite Sodium thiosulfate Dipotassium hydrogen phosphate Sodium hydrogen carbonate Nutrient broth (horse meat broth) Agarose Water 20g 5g 5g 5g 0.2g 1.2g 2g 2g 300g 15g 1000ml Dissolve by heating and adjust to pH 7.2, bottle and sterilize at 121°C for 15 min. Cool to 55°C and add the following 4 antibiotics to reach the following concentrations Novobiocin actidone [cycloheximide] potassium tellurite nalidixic acid 25g/ml 40g/ml 50g/ml 20g/ml Brochothrix selective agar
Peptone Yeast extract Glycerol K2HPO4 MgSO4 Agar 20g 2g 15ml 1 g 1 g 3g Weigh and add to Schott bottle and make up to 1000 ml using deionised water. The pH should be 7.0. Autoclave at 121 °C for 15 minutes Then add: Streptomycin sulphate Cycloheximide Thallium acetate 500 µg/ml 50 µg/ml 50 µg/ml
H2S (black) R/Y/H2S+ Citrobacter freundii (some) Proteus mirabilis (most) Alkaline slant (red) Acid butt (yellow) No H2S R/Y/H2S- Salmonella Choleraesuis Hafnia alvei Yersinia ruckeri (some) Salmonella Typhisuis (some) Yersinia pestis Y. pseudotuberculosis Y. ruckeri Morganella morganii Shigella spp. Providencia spp. (some) Citrobacter spp. (some) Acid slant (yellow) Acid butt (yellow) H2S (black) Y/Y/H2S+ Salmonella Arizonae (some) Proteus vulgaris (most) P. mirabilis (some) Citrobacter freundii (some) Acid slant (yellow) Acid butt (yellow) No H2S Y/Y/H2S- Edwardsiella spp. (most) E. coli Klebsiella pneumoniae Klebsiella spp. (most) Enterobacter aerogenes E. gergoviae Serratia spp. (most) Kluyvera spp.
Figure 3: Flow diagram of suggested procedures for isolation and identification of B. anthracis and confirmation of diagnosis Table 4.2: Secondary characteristics in the identification of Bacillus spp. in Morphological Group 1 Set A: LV positive Characteristics B. anthracis B. cereus B. thuringiensis B. cereus var. mycoides B. laterosporus Non-motile, non-haemolytic, Morphological Group 1. Marked haemolysis, motile, Morphological Group 1. Identical to B. cereus, contains parasporal bodies in young culture. Variant of B. cereus, colonies rhizoid and spreading, usually non-motile. Typical canoe-shaped cells containing Morphological Group 2 spores. Table 4.3: Biochemical characteristics of Morphological Group 1 B. megaterium B. cereus B. cereus var .mycoides B. anthracis B. thuringiensis B. licheniformis B. subtilis B. pumilus B. firmus B. coagulans LV (egg yolk) reaction - + + + + - - - - - Citrate utilization + + + v + + + + + v Anaerobic growth - + + + + + - - - + V-P reaction - + + + + + + + - v Nitrate reduction v + + + + + + - + v Indole production - - - - - - - - - - Growth in 7% NaCl + + + + + + + + + - Starch hydrolysis + + + + + + + - + + Casein hydrolysis + + + + + + + + + v Gelatine hydrolysis + + + + + + + + + - Urease activity v v v - v V v - - - *Acid from: Glucose + + + + + + + + v + Mannitol v - - - - + + + + v Xylose v - - - - + + + v v Arabinose v - - - - + + + v v Haemolysis (blood agar) + + - + Motility + - - +
A swab of the lachrymal secretions is taken from the deep canthus of the eye. Ideally BTA plates should be inoculated immediately after collection. If this is not possible, each swab is placed in about 1– 2 ml of sterile distilled water, to prevent desiccation, and the specimens taken to the laboratory within two hours after collection. Table 9.6: Summary of the disease and sites of isolation of some the Moraxella species Species Host Natural habitat Disease M. bovis Cattle Horses Conjunctiva or nasopharynx of cattle older than 2 years Infectious bovine keratoconjunctivitis Conjunctivitis M. lacunata Many animal species Humans Mucous membranes of animals Opportunistic pathogen: septicaemia, abortions Conjunctivitis M. ovis Sheep Mucous membranes Not pathogenic Psychrobacter phenylpyruvica Sheep & cattle Pigs Goats Urogenital tract Urogenital tract Intestinal tract Pathogenicity for animals is unknown Table 9.7: Differentiation of the Moraxella/Brahamnella species Characteristic M. bovis B. ovis M. lacunata P. phenylpyruvica Other Moraxella Beta-haemolysis (blood) + (not equine strains) + - - - Growth on MacConkey agar - + - (+) d Oxidase + + + + + Catalase (+) + + + + Nitrate reduction - (+) + (+) d Urease - - - + - DNAse - + - + d Peptonisation of milk + - - Gelatinase or Loeffler serum slope (+) (-) + - - Direct microscopy Gram-stained smears show Gram-negative short, plump diplobacilli. A fluorescent antibody technique will demonstrate and identify M. bovis if sufficient bacterial cells are present. Isolation Inoculate BTA and incubate at 35°C for 48–72 hours. The inoculation of the MacConkey plate is useful to gauge the degree of contamination by other Gram-negative bacteria, as M. bovis does not grow on this agar. Colony identification
Stage Stage Description Stage Distance (meters) Stage Time (seconds) Predominant energy system Commentary 1 Rapid acceleration, preparing for stage 2. 10 2.4 2 To the end of the first bend, getting near the front. 100 12.5 3 Steady pace to end of the first lap. 290 44.0 4 Accelerating, responding to overtaking runner on bend. 70 10.0 Anaerobic lactic acid system Crossing lactate threshold. Lactic acid accumulation. 5 Back straight – decelerate then steady pace. 130 21.0 6 Gradual increase in pace round final bend and entering straight. 120 16.0 7 Running at maximal pace. 80 9.5 Analysis of the energy systems used during an 800m race
Understand and be able to calculate max L/D for an airfoil, suggest a good cruising angle of attack, most efficient operation, etc. Understand the Kutta Condition Able to do all calculations listed in all chapter 4 examples, especially 4.4, 4.5, 4.6… 4.8-4.11 Able to do calculations using Thin Airfoil Theory. Also know material in sections 4.11-13, 4.16 Review for Exam 1 – Chapter 5, Incompressible Flow over Finite Wings Be able to solve all the problems assigned. Understand all wing nomenclature. Be able to understand wing shapes, efficiencies, and best uses. Know material in sections 5.1-
These are the module titles for the following programmes: MEng Aeronautics and Astronautics with Aerodynamics (H490) MEng Aeronautics and Astronautics with Structural Design (H492) MEng Aeronautics and Astronautics (H401) MEng Aeronautics and Astronautics with Foundation Year (H410) MEng Aeronautics and Astronautics with Advanced Materials (HJ45) MEng Aeronautics and Astronautics with Air Vehicle systems (H491) MEng Aeronautics and Astronautics with Engineering Management (HN41) MEng Aeronautics and Astronautics with European studies (H425) MEng Aeronautics and Astronautics with Spacecraft Engineering (H493) You must list all the module titles in the list below on your ATAS application, not just those modules that you feel you are likely to take Unit title Materials and Structures Semester Abroad: Semester One Semester Abroad: Semester Two Advd Computational Methods 1 Advd Computational Methods II Applications of CFD Systems Reliability Fuel Cells & PV Systems 1 Fuel Cells & PV Systems 2 Design Search & Optimisation Adv Finite Element Analysis Opertional Research Optimisation Adv Partial Diff Equations Numerical Methods Statistics for Eng. Systems Statistical Engineering Mechanics of Flight Aircraft Structural Design Aircraft Design Aerothermodynamics Aerospace Control Systems Concurrent Spacecraft Design Wing Aerodynamics Spacecraft Engineering Design Spacecraft Instrumentation Spacecraft Structural Design Turbulence Physics & Modelling Aircraft Structures Biological Flow Flow Control Avionics Exp Method for Aero Spacecraft Propulsion Race Car Aerodynamics Powered Lift Hypersonic & High Temp Gas Dyn Aircraft Propulsion Manufacturing and Materials Advanced Control Design Composites Eng Design & Mech Failure of Mtrls and Comps Materials in Transport Heat Transfer & Applications Sustainable energy systems Automotive Propulsion Comp Meth in Biomed Eng Des
Our Ref: D15/122597 Your Ref: Contact Officer: Susan Faulbaum Contact Phone: (08) 8213 3643 3 September 2015 Ms Crystal Chen Commercial Project Manager PO BOX A139 Arncliffe NSW 2205 Dear Ms Chen Aeronergy Pty Ltd’s application for an individual retail exemption I refer to your application from June 2015, for an individual exemption under the National Energy Retail Law (Retail Law) for Aeronergy Pty Ltd (ABN 34 142 814 695). I am writing to inform you that the Australian Energy Regulator (AER) has considered Aeronergy’s application for an individual exemption and that it decided, on 3 September 2015, to grant an individual exemption in accordance with s.110 of the Retail Law. This letter constitutes notice of intention to grant an individual exemption. Please note, the individual exemption does not come into effect until Aeronergy advises the AER that it accepts the conditions of this exemption. In accordance with the National Electricity Retail Rules (Retail Rules), the AER has published the application on its website, and sought submissions from interested parties. The AER did not receive any submissions to Aeronergy’s application. The AER has considered the policy principles relating to exempt selling in s. 114 of the Retail Law, being: regulatory arrangements for exempt sellers should not unnecessarily diverge from those applying to retailers, exempt customers, should, as far as practicable, be afforded the right to a choice of retailer in the same way comparable retail customers in the same jurisdiction have that right, exempt customers, should, as far as practicable, not be denied customer protections afforded to retail customers this Law and Rules.
Table 1 Requirements for aerosol variables Parameter Application Horizontal/Vertical Resolution Sampling Frequency Precision aerosol optical depth Model development Assimilation Evaluation Source/sink modelling Table 2 Requirements for supporting meteorological variables Parameter Application Horizontal/Vertical Resolution Sampling Frequency Precision Model development Assimilation Evaluation Source/sink modelling
Contents The Context …………………………………………………………………………….. 3 The Brief ………………………………………………………………………………… 4 Schedule for the day …………………………………………………………………… 5 Shop resource sheet ………………………………………………………………. 6 Assessment information and criteria …………………………………………………. 8
Cog – Large Each 10 Faradays Cog – Medium Each 6 Faradays Cog – Small Each 3 Faradays Wooden wheel 54cm 2 wheels 10 Faradays Plastic cotton reel Each 8 Faradays Electric components Copper wire - red Per 5 Faradays Copper wire - Per metre 5 Faradays Crocodile leads Each 5 Faradays Crocodile Each 2 Faradays Terminal blocks Each 2 Faradays Motor Each 4 Faradays Gear attachment for motor (white) Each 1 Faraday Pulley attachment for motor (black) Each 1 Faraday holder Each 5 Faradays Item Unit Cost Batteries - AA size Each 2 Faradays Batteries – 9V Each 5 Faradays Battery snap for 9V cells and AA battery holders Each 2 Faradays Battery holder - 2 AA cells Each 1 Faradays Buzzers 3V Each 5 Faradays Switch Each 6 Faradays Bulbs 2.5V flashing bulbs Each 6 Faradays Bulbs 2.5V Each 4 Faradays Bulb holders Each 5 Faradays AVAILABLE TO HIRE: Item Unit Cost Faraday Challenge Leader consultancy time 5 minutes 10 Faradays
Education Trust Application Form School or site: Kingdown School Position Applied For: School Cleaner Applicant’s Name: Closing Date: 19th May 2017 Post Reference: AET/ AET161717 SECTION 1 – Personal Details Title:_____________ (Dr/Mr/Mrs/Miss/Ms) Forename(s) Surname:
(Dr/Mr/Mrs/Miss/Ms) Former names: Preferred Name: Address: Post Code: Gender: Male Female National Insurance Number: _______________________ Date of Birth*: _________________________________ *(Acorn Education Trust welcomes applications from candidates of all ages. This information allows the Trust to identify any gaps in candidate’s employment or education history as required under Child Protection Guidance DfE 1568/2005) Telephone Numbers: Home: 0 Are you currently eligible for employment in the UK? YES NO to Work’ Permit Number/Details(if applicable): ----------------------------------------------------------------- Work/Office: 0 Mobile Number: 07 Email Address: Do you have Qualified Teacher Status? YES NO Are you related to or do you maintain a close relationship with an existing employee, volunteer or Trustee of the Acorn Education Trust? YES NO If so, please provide details: SECTION 2 - Education Please provide full details of your education from the age of 11. Please with the most recent. Please note that if you are shortlisted for interview, you will be asked to bring originals of your Degree and Exam Certificates etc… where applicable. Name of University/College Dates From To Qualifications Main Subjects Grade/Class Name of School/College Dates From To Qualifications Level Subjects Taken Grades
Program Outcomes vs. Student Learning Outcomes I. Graduates will have broad background in one or more areas of design: architectural, construction, site and structural in addition to history, theory and technology. Graduates will assume professional positions in architectural and building construction industry. II. Graduates will be creative problem solvers in industry III. Graduates will be effective communicators in professional setting IV. Graduates will adapt state of the art technologies and processes in industry V. Graduates will pursue continuing education and professional development opportunities a. An ability to select and apply the knowledge, techniques, skills, and modern tools of the discipline to broadly-defined engineering technology activities; X X X b. An ability to select and apply a knowledge of mathematics, science, engineering, and technology to engineering technology problems that require the application of principles and applied procedures or methodologies; X c. An ability to conduct standard tests and measurements; to conduct, analyze, and interpret experiments; and to apply experimental results to improve processes; X d. An ability to design systems, components, or processes for broadly-defined engineering technology problems appropriate to program educational objectives; X X e. An ability to function effectively as a member or leader on a technical team; X X f. An ability to identify, analyze, and broadly-defined engineering technology problems; X g. An ability to apply written, oral, and graphical communication in both technical and non-technical environments; and an ability to identify and use appropriate technical literature; X h. An understanding of the need for and an ability to engage in self-directed continuing professional development; X i. An understanding of and a commitment to address professional and ethical responsibilities including a respect for diversity; X j. A knowledge of the impact of engineering technology solutions in a social and global context; and X k. A commitment to quality, timeliness, and continuous improvement. X X Architectural Engineering Technology Student Learning Outcomes (General Criteria) to Course Embedded Assessment Map Aligned with ETAC/ABET Criteria
How is the mass of a planet related to the amount of gravity on a planet? Why is water such an important resource to us on Earth? Hooray! You are finished!! Check your answers against the key (posted online Friday, 5.19).
FY15 DAODAS Prevention Management Plan Form Goal Statement: To reduce underage drinking in Sunny County Strategy/Program Name: Alcohol Enforcement Team Evidence Based: Yes No If no, list the organization or research suggest evidence basis exists for this strategy: Target Population: (check all that apply) Pre-School Youth Elementary Youth Middle School Youth High School Youth College Parents Business/Merchants General Population Older Adults Other:________________________ Strategy Type: Information Dissemination Education Alternatives Community-Based Process Environmental Management Problem Identification/Referral Statement (Identify the key data points that suggest this strategy is needed. Be sure to include data sources.) Risk Factors Protective Factors Tragic health, social, and economic problems result from the use of alcohol by youth. Underage drinking is related to many serious problems for our youth including homicide, suicide, traumatic injury, drowning, burns, violent and property crime, high risk sex, fetal alcohol syndrome, alcohol poisoning, and need for treatment for alcohol abuse and dependence. ADD A LITTLE LOCAL DATA Ready availability of dangerous substances, Community attitudes favorable to drug use, Irresponsible servers and sellers Decreasing accessibility, Laws and ordinances are consistently enforced ALCOHOL COMPLIANCE CHECKS Process Objective #1 (PO1): Specific statements describing the activities you want to implement. **One PO for each county reached. Who is the target population? Business and Industry What are you hoping to do? Conduct Alcohol Compliance Checks Where do you want to implement these activities (target area)? Sunny County When do you want to complete these activities? June 30, 2015 How much are you hoping to do AND how many are you trying to reach? Average of X checks per month for a total of X checks for the year Projected number reached by December 31, 2014 X checks KIT Entry: Service Code(s) identified for this process objective STV07A
“” Speaker: Ludovic Renou, University of Essex Discussant: Christoph Mueller, University of Queensland “” Speaker: Rogèrio Mazali, Catholic University of Brasilia Discussant: Shino Takayama, University of Queensland 3:20- 3:40 Afternoon Tea I 3:40-4:50 Parallel Sessions III Contributed Papers (room A) Contributed Papers (room B) Session Chair: Yuki Tamura, University of Queensland “” Speaker: Arkadii Slinko, University of Auckland Discussant: Yuki Tamura, University of Queensland “” Speaker: Yuki Tamura, University of Queensland Discussant: Arkadii Slinko, University of Auckland Session Chair: Anton Kolotilin, UNSW “School Choice Mechanisms, Information Acquisition And School Rankings” Speaker: Georgy Artemov, University of Melbourne Discussant: Anton Kolotilin, UNSW “Persuasion Design” Speaker: Anton Kolotilin, UNSW Discussant: Georgy Artemov, University of Melbourne 4:50 - 5:10 Afternoon Tea II
“” Speaker: Jun Zhang, University of Technology Sydney Discussant: Audrey Hu, University of Amsterdam “” Speaker: Nicolas De Roos, University of Sydney Discussant: Stephen King, Monash University 10:45 – 11:05 Morning Tea 11:05 – 12:50 Parallel Sessions V Contributed Papers (room A) Contributed Papers (room B) Session Chair: Simon Loertscher, University of Melbourne “” Speaker: Vera L. te Velde, University of Queensland Discussant: Simon Loertscher, University of Melbourne “” Speaker: Simon Loertscher, University of Melbourne Discussant: Vera L. te Velde, University of Queensland “” Speaker: Guillaume Roger, University of Sydney Session Chair: Simone Marsiglio, James Cook University “” Speaker: Jing Wan, National University of Singapore Discussant: Basov, Independent researcher “” Speaker: Basov, Independent researcher Discussant: Simone Marsiglio, James Cook University “” Speaker: Simone Marsiglio, Cook University Discussant: Jing Wan, National University of Singapore
12:50 – 1:50 Lunch 1:50 –3:35 Parallel Sessions VI Contributed Papers (room A) Contributed Papers (room B) Session Chair: Matthew Ryan, Auckland University of Technology “” Speaker; Jeff Kline, University of Queensland Discussant: Matthew Ryan, Auckland University of Technology “” Speaker: Matthew Ryan, Auckland University of Technology Discussant: Jeff Kline, University of Queensland Session Chair: Souvik Dutta, Indian Institute of Management Bangalore “” Speaker: Andrea La Nauze, University of Melbourne Discussant: Guillem Roig, University of Melbourne “” Speaker: Guillem Roig, University of Melbourne Discussant: Souvik Dutta, Indian Institute of Management Bangalore “” Speaker: Souvik Dutta, Indian Institute of Management Bangalore Discussant: Andrea La Nauze, University of Melbourne 3:35 - 3:55 Afternoon Tea 3:55 – 5:05 Keynote Address III (room A) Chair: Nejat Anbarci, Deakin University “”
Coca Cola targeting and positioning. (2012, November 16). Retrieved from Blogspot: http://softdrinkcolawar.blogspot.com/2012/12/coca-cola-targeting-and-positioning.html Coca-Cola. (2015). Retrieved from Coca-Cola: http://us.coca-cola.com/home/# Coca-Cola Journey. (2015). Retrieved from Coca-Cola: http://www.coca-colacompany.com/ Keane, J. (2015, February 17). Is SoundCloud becoming more popular than Spotify? Retrieved from Paste: Mental Floss Inc. (2015). About us. Retrieved from Mental Floss: Mental Floss Inc. (2015). Mental Floss. Retrieved from Mental Floss: http://mentalfloss.com/ mentalfloss.com. (2015). Retrieved from quantcast: https://www.quantcast.com/mentalfloss.com SoundCloud. (2015). Retrieved from SoundCloud: https://soundcloud.com/
COMPLETE AND FORWARD TO: EDUCATIONAL PLAN FOR AEV PROGRAM Commanding Officer NETPDC WORK SHEET NETPDC AEV Program Office 6490 Saufley Field Road INITIAL PLAN REVISED PLAN FINAL PLAN Pensacola, FL 32509-5204 EDUCATIONAL INSTITUTION CURRENTLY ENROLLED ADVISORS SIGNATURE (Not require on final submission) DATE COMMENCED INSTRUCTION EXPECTED COMPLETION DATE ADVISORS TITLE DEGREE SOUGHT STATE OF LEGAL RESIDENCE STUDENT SIGNATURE DATE RANK, NAME (Last, First, Middle Initial) PRESENT MAILING ADDRESS (Include Zip) CURRENT DUTY LOCATION COLLEGE TERM SEMESTER QUARTER TRIMESTER YEAR WORK TELEPHONE NUMBER DSN EXT COMMERCIAL EXT RESIDENCY STATUS NON-RESIDENT RESIDENT HOME TELEPHONE NUMBER NOTE CHANGE OF RANK ADDRESS TELEPHONE NO. HOME WORK EMAIL: (4) Extra or spare DATES FROM (Day, month, year) TO DEPT/ COURSE NO. COURSE TITLE CREDIT HOURS COMP- LETED ESTIMATED COST DATES FROM (Day, month, year) TO DEPT/ COURSE NO. COURSE TITLE CREDIT HOURS COMP- LETED ESTIMATED COST
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DATES FROM (Day, month, year) TO DEPT/ COURSE NO. COURSE TITLE CREDIT HOURS COMP- LETED ESTIMATED COST DATES FROM (Day, month, year) TO DEPT/ COURSE NO. COURSE TITLE CREDIT HOURS COMP- LETED ESTIMATED COST FROM (Day, month, year) TO DEPT/ COURSE NO. COURSE TITLE CREDIT HOURS COMP- LETED ESTIMATED COST
DATES FROM (Day, month, year) TO DEPT/ COURSE NO. COURSE TITLE CREDIT HOURS COMP- LETED ESTIMATED COST DATES FROM (Day, month, year) TO DEPT/ COURSE NO. COURSE TITLE CREDIT HOURS COMP- LETED ESTIMATED COST DISSERTATION THESIS MAJOR REPORT TITLE THESIS RESEARCH DESCRIPTION (If additional space is required, continue on reverse) NUMBER OF CREDIT LISTED IN THIS PLAN TOTAL TRANSFER CREDIT ALLOWED FOR DEGREE TOTAL CREDITS REQUIRED FOR DEGREE DEGREE AWARDED TO BE AWARDED OF DATE
Figure 25: MATLAB Apps Simply click on the “AEV Analysis” App and the software window will open. See Figure 24. Figure 26: AEV Analysis Software There are two tabs for this program. The current tab that is displayed when the program is run is the Propulsion Efficiencies tab. The next tab is the Performance Analysis tab. Selecting theses buttons will bring up two different screens on the figure window. The AEV Analysis tool has a File and Tools menu optioning the top left hand corner of the figure window. Below is a brief description of these options File Open File (.xls): Opens, loads, and analyzes an Excel spreadsheet containing System Analysis 3 data recordings from wind tunnel testing. (Details discussed in “Loading Propulsion Efficiency Data”). Open File (.mat): loads, and analyzes a MATLAB data file containing EEPROM data recorded by the Arduino motor controller. (Details discussed in “Loading Performance Analysis Data”). Save As (.xls): Saves voltage, current, and thrust data entered into the table by the user to and Excel spreadsheet for later use by the AEV Analysis tool. (Details discussed in “Loading Propulsion Efficiency Data”). Tools Download Arduino Data: Downloads EEPROM data from the Arduino motor controller following an AEV track run and saves the data as a (.mat) file. (Details discussed in “Downloading Arduino Data”). Export Figure: Allows the user to export plots displayed in the app for documentation and presentation. Clear File: Clears one of the four files in the performance analysis tab so another data set can be observed (Note: “Clear File” does not permanently delete the data set). View Energy Analysis: Opens up the data set in Excel and so the user can view the raw and calculated data (similar to the Excel spreadsheets created in System Analysis 1 and 2).
DRAFT GUIDANCE ON AEWA’S PROVISIONS ON NON-NATIVE SPECIES Introduction AEWA’s Agreement text and Action Plan contain provisions addressing not only the introduction of species, but also the control and eradication of non-native species that have already been introduced. As such, the 6th Session of the Meeting of the Parties to AEWA requested the Technical Committee (through ) to contribute to the development of internationally-agreed standards and guidance for risk assessment with respect to non-native waterbirds, in order to facilitate the implementation of the Agreement. As an extension of this task, the Technical Committee decided at its 13th Meeting in March 2016 to draft a guidance on how to deal with the naturalisation of non-native species. In the course of the development of this guidance, its scope was extended so that its primary purpose is to provide overall guidance on the implications of the obligations under AEWA for Contracting Parties’ domestic legislation – in particular, the classification of non-native species as “protected”. It additionally proposes definitions for the terminology used in AEWA’s provisions on non-native species. The document was considered by the Technical Committee and the resulting guidance was presented to and approved by the 14th Meeting of the AEWA Technical Committee in April 2018, subject to the incorporation of final comments. The TC reviewed the revised version following its 14th Meeting and approved it by correspondence for submission to StC13 and MOP7. The Standing Committee reviewed the draft guidance at its 13th Meeting in July 2018 and approved it for submission to MOP7 following a minor amendment. Action Requested from the Meeting of the Parties The Meeting of the Parties is requested to review the guidance on AEWA’s provisions on non-native species and to approve it for further use. non- native
Ensure protection AEWA Conservation Guidelines 15. Guidelines on National Legislation for the Protection of Species of Migratory Waterbirds and their Habitats () () Davis 1998. Crane conservation techniques Address and eliminate illegal killing, taking and trade Plan of Action to Address Bird Trapping Along the Mediterranean Coasts of Egypt and Libya () (FR) EU Roadmap towards eliminating illegal killing, trapping and trade of birds () (FR) (ES) Action Plan 2013-2020 for the eradication of illegal killing, trapping and trade of wild birds () (FR) Programme of work 2016-2020 for the Intergovernmental Task Force on illegal killing, taking and trade of migratory birds in the Mediterranean () (FR) Scoreboard to assess the progress in combating illegal killing, taking and trade of wild birds (IKB). A self-assessment framework for national use () () () CMS/COP11/Doc.23.1.2 Review and Guidelines to prevent the risk of poisoning to migratory birds () () International Consortium on Combating Wildlife Crime 2012. Wildlife and Forest Crime Analytic Toolkit. Revised edition () 2016 - Illegal use of poisoned baits. Legal analysis and investigation () Brochet, A.-L. et al. 2016. and scale of illegal killing and taking of birds in the Mediterranean () Brochet, A.-L. et al. 2017. Illegal killing and taking of birds in Europe outside the Mediterranean () Ensure any hunting is sustainable AEWA Conservation Guidelines 5. Guidelines on Sustainable Harvest of Migratory Waterbirds () () Runge et al. 2004. Exploitation Waterbirds & Wetland Recreation Handbook ( only) Francis et al. 1998. Restrictive harvest regulations affect duck survival Replace toxic lead gunshot with alternatives AEWA 2009. shot. A pathway towards sustainable use of the waterbird resource. AEWA Technical Series No. 3. () () AEWA 2009. Phasing out the use of lead shot for hunting in wetlands. Experiences made and lessons learned by AEWA Range States () () CMS/COP11/Doc.23.1.2 Review and Guidelines to prevent the risk of poisoning to migratory birds () ()
Welcomes the progress made by the Waterbird Monitoring Partnership and encourages the Partnership to continue its work; Strongly urges Parties and other donors to regularly contribute to the Waterbird Fund; Reiterates operative paragraphs 4 - 9 of Resolution 6.3; Urges Range States to develop adequate national monitoring schemes following the principles presented in the revised AEWA Conservation Guidelines on waterbird monitoring and its annexes including the recommended seasons and monitoring methods both for breeding and non-breeding waterbirds resulting in the identification and monitoring of international and national important sites and contributing to the production of flyway-level population size and trend estimates for populations listed on Table 1 of the AEWA Action Plan and understanding the causes of population changes; Welcomes the launch of the African Bird Atlas initiative and urges Parties and other organisations to join and support the initiative; Invites the relevant organisations to upgrade the international coordination of the monitoring of the relevant AEWA populations during the breeding season, with particular attention to colonial breeding species and to engage with the Waterbird Monitoring Partnership; Urges Contracting Parties and organisations to provide financial support for the identification of priorities for the systematic development of waterbird monitoring and for the population and site monitoring related activities identified in the AEWA Strategic Plan 2019-2027 and of the Plan of Action for Africa 2019-2027; Invites the Technical Committee and the Secretariat to review the national reporting format, in consultation with the Waterbird Monitoring Partnership; Welcomes the update of the 1% thresholds for waterbird populations listed on Table 1 of the AEWA Action Plan (available on the Waterbird Population Estimates web portal and in Annex 1 of the 7th edition of the AEWA Conservation Status Report) and encourages Parties to use these thresholds when identifying internationally important sites; Invites the Technical Committee and the Secretariat to work with the Ramsar Convention and its regional initiatives, the European Commission as well as the secretariats of CAFF, OSPAR, HELCOM and other relevant regional MEAs to identify possible synergies with respect to waterbird population estimates and to waterbird monitoring and reporting.
Figure 5. Quality of population size estimates (number of populations and percentage of all populations) populations with no population size estimates Population size estimates are now available for 98% of the AEWA populations. Table 1 lists the remaining ten populations with no population estimates. Table 1. Populations with no size estimates Buff-spotted Flufftail Sarothrura elegans elegans, NE Eastern & Southern Africa Buff-spotted Flufftail Sarothrura elegans reichenovi, S West Africa to Central Africa Rail Rallus aquaticus korejewi, Western Siberia/South-west Asia African Rail Rallus caerulescens, Southern & Eastern Africa Eurasian Golden Plover Pluvialis apricaria altifrons, Northern Siberia/Caspian & Asia Minor Little Ringed Plover Charadrius dubius curonicus, West & Asia/Eastern Africa Eurasian Woodcock Scolopax rusticola, Western Siberia/South-west Asia (Caspian) Steppe Gull Larus fuscus barabensis, South-west Siberia/South-west Asia For these populations knowledge is lacking about their size for one or more of the following reasons: a) cryptic species, e.g. rails or snipes; b) difficult to separate from other species or populations in the field, e.g. Steppe Gull Larus fuscus barabensis from Heuglin’s Gull L. f. heuglini and other large white-headed gulls), c) they occur in the West Asia - East Africa flyway or Central & South-west Asian part of the Western Palearctic with low intensity monitoring both at the breeding and wintering grounds.
1.1. Mortality of chicks in the breeding areas is reduced by 20%. 1.1.1. Advertise widely actions to reduce clutch and chick mortality to farmers/ land-users, in protected areas as a first step. Applicable to: AU, HU, CZ, SK High Short/ rolling Research institutes and governmental agencies developing measures 1.1.2. Introduce system to manage grazing pressure in protected areas within tolerance limits of species (1,5 LU/ha) Applicable to: AU, HU, CZ, SK Medium Medium Managers of Protected 1.1.3. Support favourable habitat management in breeding areas through schemes. Applicable to: All countries with breeding populations Low Medium/ rolling Ministries of Agriculture and Environment 2.6. Annex 1: Biological Assessment As mentioned above within the Format, this Annex should be kept to 1-2 pages, excluding the national population estimates provided in Table 2. 2.6.1. Distribution throughout the annual cycle Very brief description and map of distribution and movements, including info on timing and location of breeding, spring migration and moulting etc. 2.6.2. Habitat requirements Very brief description of the habitat used by the species during breeding (including nest site) and non-breeding habitats, feeding habitats and diet. 2.6.3. Survival and productivity Brief summary of available information on generation length, age of first breeding, clutch size, productivity, survival of the age classes (adult, juvenile, chick, nest) and factors affecting them. 2.6.4. Population size and trend Ideally for each biogeographic population the current population estimate as well as historical and recent trends in population size and range (breeding, wintering, migration) should be provided. National estimates should be provided in Table 2. environmental