zilongwang/ReadingBank huggingface dataset:
than the budgeted movement, there will be no amount entered in the ‘Movements’ column and the budgeted closing balance will be included in the ‘Residual Balances’ column. Residual Balances The amount to enter in the Published Budget ‘Residual Balances’ column is the difference between the Published Budget closing balance in the SDS (related to that function) and the amounts in the Published Budget ‘Movements’ column of the form, so that the sum of the two columns adds to the Published Budget balance (see example below). Alternatively, the Residual Balances will equal the Published Budget opening balance plus the actual movements to the effective MOG date. The net assets and liabilities amount being transferred is to be entered against the Non-appropriated equity line. It is unlikely that the Published Budget residual balances to transfer will equal the actual asset and liability balances as at the date of the MOG, since the Published Budget Balance Sheet is often derived from an estimated opening balance position, rather than the actual opening balance from the previous year’s audited closing position. Example For MOG transfer form Published Budget Actual at MOG date Movement Residual Buildings Opening Balance 25,020 26,000 Purchases 3,000 2,000 1,000 Revaluation 600 - 600 Balance 28,620 28,000 1,600 27,020 28,620 = Adjusted Budget Estimated Actual columns The adjustments to the Estimated Actual columns of the MOG sign-off form will be used to prepare the Estimated Actual column of the next SDS. Movements The amounts to enter in the Estimated Actual ‘Movements’ column of the form is the difference between the Latest Budget estimates approved in the ATM for the current year (Published Budget plus subsequent adjustments approved) and the actual movements as at the effective date of the MOG. This applies to the cash appropriation, Operating Statement and Balance Sheet items. These amounts are also used to derive the Estimated Actuals Cash Flow Statement in the SDS. Where adjustments have been approved after the Published Budget, amounts in the Estimated Actual ‘Movements’ column will be different to the Published Budget ‘Movements’ column. Balances at MOG date
Table 5.9.45.A—Moggill—Bellbowrie district neighbourhood plan: material change of use Use Categories of development and assessment Assessment benchmarks MCU, if assessable development No change Moggill—Bellbowrie district neighbourhood plan code Table 5.9.45.B—Moggill—Bellbowrie district neighbourhood plan: reconfiguring a lot Zone Categories of development and assessment Assessment benchmarks ROL, if assessable development where not listed in this table No change Moggill—Bellbowrie district neighbourhood plan code If in the Environment protection precinct (NPP-001) Environmental management zone Assessable development—Impact assessment If: a reconfigured lot is less than 10,000m2; or not including a development footprint plan; or any development footprint plan proposed as part of the ROL is: greater than 800m2; or located within a waterway corridor indicated on the Waterway corridors overlay map; or located within a habitat and biodiversity area indicated on Figure d or Figure e of the district neighbourhood plan code The planning scheme including: Moggill—Bellbowrie district neighbourhood plan code Subdivision code Environmental management zone code Prescribed secondary code If in the Established residential precinct (NPP-002) Low density residential zone Assessable development—Impact assessment If: a reconfigured lot is less than 800m2; or involves the creation of rear lots The planning scheme including: Moggill—Bellbowrie district neighbourhood plan code Subdivision code Low density residential zone code Prescribed secondary code Table 5.9.45.C—Moggill—Bellbowrie district neighbourhood plan: building work Development Categories of development and assessment Assessment benchmarks
Building work, if assessable development No change Moggill—Bellbowrie district neighbourhood plan code Table 5.9.45.D—Moggill—Bellbowrie district neighbourhood plan: operational work Development Categories of development and assessment Assessment benchmarks Operational work, if assessable development No change Moggill—Bellbowrie district neighbourhood plan code
In order to compare two scenarios first click on the button labelled “Compare scenarios”, this will take you to a new screen. Inputs Scenario 1: Select “33: lower North coast” from the Zone dropdown list Select “Dry” from the irrigation status dropdown list Select 12 from crop dropdown list Select 80 from tam dropdown list Select “April” from harvest month dropdown list Select 0.7 from management factor dropdown list Select “2017/18” from harvest season dropdown list Scenario 2: Select “33: lower North coast” from the Zone dropdown list Select “100% irr” from the irrigation status dropdown list Select 12 from crop dropdown list Select 80 from tam dropdown list Select “April” from harvest month dropdown list Select 0.7 from management factor dropdown list Select “2017/18” from harvest season dropdown list Click on the button labelled “Show data” Outputs Cane yield graphs
N,NDimethyloctanamid Index-No. 601-052-00-2 For the full text of the H-Statements mentioned in this Section, see Section 16. CASRN / EC-No. / Index-No. Concentration Component Classification: 67/548/EEC 81406-37-3 EC-No. 279-752-9 607-272-00-5 13.9% fluoroxypyr-meptyl (ISO) N - R50 - R53 CASRN 1702-17-6 EC-No. 216-935-4 607-231-00-1 7.7% clopyralid (ISO) Xi - R41 CASRN 145701-23-1 EC-No. Not available Index-No. 613-230-00-7 0.2% Florasulam (ISO) N - R50 - R53 CASRN not available EC-No. 922-153-0 Index-No. – > 40.0 - < 50.0 % Hydrocarbons, C10- C13, aromatics, <1% naphthalene Xn - R65 R66 N - R51/53 CASRN 1118-92-9 EC-No. 214-272-5 Index-No. – > 10.0 - < 20.0 % Xi - R38 - R41 CASRN, 26264-06-2 EC-No. 247-557-8 Index-No. – < 5.0 % Benzenesulfonic acid dodecyl-, calcium salt Xi - R38 - R41 Xn - R22 CASRN Not Available EC-No. – Index-No. – <= 5.0 % Hydrocarbons, C10, aromatics, <1% naphthalene Xn - R65 N - R51/53 R66 R67 91-20-3 EC-No. 202-049-5 Index-No. 601-052-00-2 < 1.0 % Naphthalene Carc.Cat.3 - R40 Xn - R22 N - R50 - R53 For the full text of the R-phrases mentioned in this Section, see Section 16. SECTION 4. FIRST AID MEASURES 4.1 Description of first aid measures
8:00am – 8:30am of Day 1 8:30am – 8:45am Cold Chain equipment used in Kenya Catherine 8:45am – 9:45am Temperature monitoring George 9:45am – 10:45am Introduction to Absorption refrigeration Mutangili 10:45am – 11:15 am HEALTH BREAK ALL 11:15am – 11:45am Identification and fault finding on Dometic RCW 50 EG Mutangili 11:45am – 12:30pm Safety in CCE maintenance Catherine 12:30pm – 1:00pm Maintenance of absorption refrigerators Catherine 1:00pm – 2:00pm BREAK ALL 2:00pm – 4:00pm Parts Identification, fault finding and repair of Dometic RCW 50 EG (Practical) Wachira 4:00pm – 4:15pm HEALTH BREAK ALL 4:15pm - 5:00pm Practical DAY 3 TIME ACTIVITY FACILITATOR 8:00am – 8:30am Recap of Day 2 8:30am – 10:00am 10.00 am – 11. 00 am Introduction to compression refrigeration Maintenance of compression systems GIZ 11:00am – 11:30am HEALTH BREAK ALL 11:30am – 12:30am Parts Identification and fault finding on Dometic TCW 3000 AC and Vestfrost MK144 Mutangili 12:30am – 1:00pm Safe use of Hydrocarbon refrigerants (R600a, R290) GIZ 1:00pm – 2:00pm LUNCH BREAK ALL 2:00pm – 2:30pm Hydrocarbon conversion from R12/ R134a/ R22 (demonstration) GIZ 2:30pm – 4.00pm System conversion to Hydrocarbon refrigerants use – Practical with TCW 3000AC/MK144 MOH /GIZ 4:00pm – 4:15pm HEALTH BREAK ALL 4:15pm – 5:00pm Maintenance of compression refrigerators - Practical MOH/GIZ DAY 4 TIME ACTIVITY FACILITATOR 8:00am – 8:30am Recap of Day 3 8:30am – 10:30am Solar Photovoltaics – PV theory, installation, support structure and lighting protection David 10:30am – 11:00am HEALTH BREAK ALL
11:00am – 12:00am Introduction to Solar Direct Drive (SDD) refrigeration David 12:00am – 1:00pm Design and operation of Dulas VC200SDD David 1:00pm – 2:00pm LUNCH BREAK ALL 2:00pm – 4:00pm Fault finding and maintenance of SDD refrigerators David/MOH 4:00pm – 4:15pm HEALTH BREAK ALL 4:15pm – 5:15pm Practical lesson – Vestfrost MKS 044 MOH/THS Day 5 TIME ACTIVITY FACILITATOR 8:00am – 8:30am Recap of Day 4 8:30am – 10:30am Introduction to Walk-in cold rooms (WCR) and walk-in freezer rooms (WFR) Mutangili 10:30am – 11:00am HEALTH BREAK ALL 11:00am – 12:00am Maintenance of a cold room (PPM) MOH/GIZ 12:00am – 12:45pm Introduction to Standby generators and PPM for generators Mutangili/Wachira 12:45pm – 1:00pm Post-test, MOH /GIZ 1:00pm – 2:00pm LUNCH BREAK ALL 2:00pm – 4:00pm Cold Equipment (CCE) and Data Management (Roles and Responsibilities of CC technicians, CC Equipment Inventory, Management of CCE) George/Catherine 4:00pm – 4:15pm HEALTH BREAK ALL 4:15pm – 5:00pm Plenary and Closing ceremony MOH 5:00pm Departure
How to Wash (Picture 4.4) 9. Show What do you see in pictures? 10. Explain Wet your hands and the soap with water. If you are using ash, wet hands, then add ash. Rub your hands and fingers together. As you rub your hands, the soap will lather. Sing the Hand Washing Song. Continue rubbing your hands together until the Hand Washing Song is finished. Pour clean water over your hands to rinse off the soap. Never wash and rinse hands in one basin. The water will hold the germs and spread them to everyone else who dips their hands in the water. If washing in a basin, use a cup to pour water over your hands. It is best to let your air dry. If you use a towel, clean the towel every day. A wet towel can easily gather germs and put them back onto your hands. 11. Activity: The Hand Washing Song 14. Practice and Coaching 12. Probe 13. Inform 15. Request 16. Examine
How to Wash (Picture 4.4) Wet your hands and the soap with water. Rub your hands and fingers together. Rub between your fingers. Lather up to your wrist. Rub under your fingernails. Pour water over your hands to rinse off the soap. It is best to let your hands air dry.
Signs that the Birth is Near (Picture 7.2) in your belly that are frequent, strong, and regular. water comes out of the vagina. Clear or pink mucus comes out of the vagina. are signs that birth is near. Go immediately to the Centre de Santé.
Final Stages of Delivery (Picture 7.4) When the cord stops beating, tie it in two places. Cut the cord with a clean razor between the two ties. Place the naked infant onto the mother’s naked chest and let him breastfeed. Cover them with a blanket. When the cord lengthens, the mother pushes out the infant’s feeding bag (placenta).
constituents (14.3– 51.3 %) of the upper “F” and lower “E” members, mainly as degraded and comminuted clasts (Fig. 3; Appendix Table 1). However, some structured terrestrial plant fragments such as cuticle, wood tracheid and cortex tissues are also preserved (Plate 1). Opaques (black debris) are oxidized or carbonized brownish-black to black woody tissues, and are very minor components in the studied interval. AOM comprises all particulate organic components that appear structureless at the scale of light microscopy, including bacterially derived AOM, degraded marine phytoplankton remains, and amorphous diagenetic products of macrophyte tissues (Tyson, 1995). AOM dominates the upper “G” and lower “F” members, and constitutes ≥ 94 % of the kerogen assemblage in these sediments (Fig. 3; Appendix Table 1). An up-section decrease in AOM in the studied interval correlates with an increase in phytoclasts and palynomorphs. Detailed carbon stable isotopic and organic carbon analyses across the C/T boundary in the Razzak #7 well indicate that the δ13Corg profile fluctuations across the upper Abu Roash “G”, “F”, and basal “E” members correspond well with changes in TOC abundance (Fig. 3; Appendix Table 1). A Positive δ13Corg excursion (~2.01 ‰) exists in the basal part of the Abu Roash “F” member, which is also characterized by high TOC values (10.43–24.61 wt. %), and is predominantly organic-rich, black shaly limestone. Palynomorph analysis revealed that the studied interval is poorly fossiliferous, as by previous workers (Ibrahim et al., 2009; Zobaa et al., 2009a; El Beialy et al., 2010). The few palynomorph species recovered in this study are long ranging and did not allow for precise age dating. Moreover, Cenozoic taxa attributed to caving were common, making biostratigraphic analysis very difficult and unreliable. It was evident, however, that well preserved in-situ specimens of the freshwater green alga Pediastrum overwhelmingly
COMSOL Formulation: Generally, for fluid flow system, the pressure distribution can be governed by the Darcy’s flow equation. Rock displacements “strains” can be measured from the mechanical governing equation. In this study both were coupled to check the combined effect from fluid flow and strain effect on the pressure distribution, total displacement and permeability changes observed. The geometry is simplified with 2D plot that contains three layers with the middle layer having a tighter permeability and was linked to the strain effects on both x and y directions as follows (23): The dimensions of each layer were: Nomenclature: layer Width Height Thickness 1 2000 1000 1 2 2000 100 1 3 2000 1000 1 K: permeability Kx: x-direction permeability Ky: y-direction permeability K0: initial permeability Ex: x-direction strain Ey: y-direction strain the figure 3.1 below shows this dimensions in a 2D view with pressure boundaries: Figure 3.1
used in this study, although realistic, were chosen arbitrary. It is important to use specific rock parameter in order to access the stability of the model. References AlUmran, M. I.; AlDossari, K. A.; NasrElDin, H. A., Successful Treatments to Enhance the Performance of Horizontal Drilled Near Tarmat Areas. Hongsen Chen Richard, Richard E. Ewing, Stephen L. Lyons, Guan Qin, Tong Sun, David P. Yale, A Numerical Algorithm for Single Phase Fluid Flow in Elastic Porous Media (2000) McDermott, C.; Kolditz, O., Geomechanical model for fracture deformation under hydraulic, mechanical and thermal loads. Hydrogeology Journal 2006, 14, (4), 485-498 Osman, Mohammed El-Sayed, An Approach To Predict Tarmat Breakdown in Minagish Reservoir in Kuwait, Journal of Petroleum Technology 1985, 37,(11), 2071-2075 Jedaan, N.M.; Al Abdulmalik, A.; D. Dessort, ;V.L.N. de Groen, C.J. Fraisse ;E. Pluchery, Beicip-Franlab., Characterisation, Origin and Repartition of Tar Mat in the Bul Hanine Field in Qatar, International Petroleum Technology Conference, 4-6 December 2007, Dubai, U.A.E. Goodman, R. E., 1989, Introduction to Rock Mechanics, John Wiley and Sons, Toronto AlKaabi, A.; Menouar, H.; AlMarhoun, M. A. ; AlHashim, H. S. , Bottom Water Drive in Tarmat Reservoirs, SPE 1988 Acharya, U.B., Effect of Tarmat on Reservoir Behavior: Reservoir Simulation Case Studies, Middle East Oil Show, SPE 1987, 395-400 Howard, G. C., Fast C. R., 1970, Hydraulic Fracturing, Society Engineers of AIME, Dallas Lianyang, Z. 2005, Engineering Properties of Rocks: Elsevier, United Kingdom
M. Gutierrez.; R.W. Lewis.; I. Masters.; Petroleum Reservoir Simulation Coupling Fluid Flow and Geomechanics, April 2001, SPE 72095 LIU J. ; ELSWORTH D. Three-dimensional Effects of Hydraulic Conductivity Enhancement and Desaturation around Mined Panels. [INT. J. ROCK MECH. MIN. SCI.]. Vol. 34, no. 8, pp. 1139-1152. Dec 1997.
burrows to provide temperature regulation, avoid predators, and use during the inactive season (75 FR 22063–22070). Table 2. Habitat Associations for Mohave Ground Squirrel Land Cover Type Land Cover Use Habitat Designation Habitat Parameters Supporting Information Creosote bush Desert saltbush scrub, Desert sink scrub, Desert greasewood scrub, Shadscale scrub, Joshua Tree woodland Primary habitat Active and Inactive Season Deep, sandy to gravelly soils on flat to moderately sloping terrain with open vegetative cover Best 1995; 2011 Foraging Requirements The Mohave ground squirrel can be characterized as omnivorous and has diverse food habits, but also is a short-term dietary specialist during the active season (Best 1995). In the short term, they specialize in foraging on certain plant species, but as these sources become less available throughout the active season, the Mohave ground squirrel adapts its foraging strategy to maximize energy intake, exploiting food sources that are intermittently available (75 FR 22063–22070). High water content may be a component of their food selection as plants are eaten at different times depending on their water content (Best 1995; 75 FR 22063–22070). Mohave ground squirrels consume the leaves, fruits, and seeds of a variety of annual and perennial plants, fungi, arthropods, and butterfly larvae. At various time of the year and depending on location, it may consume leaves, forbs, shrubs, and grasses of several species and genera, including creosote (Larrea tridentata), winter fat (Krascheninnikovia lanata), spiny hop-sage (Grayia spinosa), freckled milk-vetch (Astragalus lentiginosus), eremalche (Eremalche exilis), desert-marigold (Baileya pleniradiata), langloisia (Langloisia setosissma), Mojave monardella (Monardella exilis), saltbush (Atriplex spp.), gilia (Gilia spp.), golden linanthus (Linanthus aureus), and Mediterranean grass (Schismus arabicus), as well as seeds of box thorn (Lycium spp.) (Best 1995; 75 FR MGSWG 2011). On the Coso Range (outside of the Plan Area),
Career objective To be a part of an organization where process of learning never ends. and A place where initiative, hard work and to play an integral part in a team that help an organization in achieving its mission and vision through my commitment, skills, dedication and colleagues. Achievements 3rd Prize in Quiz Competition on the occasion of International Social Work Day 2016 at MANUU Hyderabad. Executive Member of Student’s Advisory Committee 2015 to 2016 at Department of Social Work, MANUU-HYDERABAD. Participated two days’ Workshop on Livelihood at MANUU Hyderabad. Internship Programme During internship programme in Indian Progressive Youth Forum, Lucknow Project Work on PAT( Positive Attitude Test). There I have Participated in with Social Mobilisation team Academic Credentials Qualifications MSW Specialization University / Institution Year Percentage Community Work MANUU HYDERABAD 2016 58.o B.A. Social Work Lucknow University 2014 49.2 Intermediate Art U.P.Board 2011 63.8 High School Science Stream U.P.Board 2009 53.5 Concurrent Field Work Experiences . Organization: DBNJ (Don Bosco Navjeevan), Secunderabad - HYDERABAD Duration: July 2014 to April 2015 Project: Street Children and Children at Risk Organization: PRATHAM -HYDERABAD Duration: August 2015 to November 2015 Project: Education Organization: SAMPURNA- HYDERABAD Duration: January 2016 to April 2016 Project: PWD (Person With Disabilities ) Extra-Curricular Activities Organized Azad Walk For Harmony to 4 Km, on Azad Day Celebration 2015. Participated in Telangana Ghar Ghar Survey, Organized by SAFA India Society Hyderabad. Participated in Campaigning in Urban Slum, Organized by SAFA India Society Hyderabad. Participated in Community Development Survey Arshmahal, Organized by Welfare Foundation , Hyderabad.
Substance Abuse Treatment Referral Protocol for Pregnant Women Under MO HealthNet Managed Care MO HealthNet MCHP & MBHO Contacts Region Health Plan East Central West MCHP Contact* MBHO Contact HealthCare ● ● ● Nancy Gray Tel: 314-444-7268 Nanane McDermott Patrick Sartain Tel: 314-444-7296 Tel: 314-444-7995 MHNet Health: Frederick Tel: 314-543-5402 Fax: 314-543-5470 Joy Winder Tel: 314-444-7971 Fax: 866-341-1338 Home Megan Barton Director Medical Management Tel: 636-534-4612 Ellen McCabe Senior Clinical Trainer Tel: 636-534-4628 Cenpatico: Susan Nay Clinical Manager Tel: 636-534-4677 Katy Meador Cenpatico Care Coordinator, CM Tel: 636-534-4643 Care ● ● ● Archie Hamilton, LPC Continuum of Care Manager Tel: 573-441-2121 Fax: 866-946-1104 Janette Hagan, RN Manager of Case Management Tel: 573-441-2117 Fax: 860-262-9768 Same as MCHP Contact MCHP – Managed Care Health Plan; MBHO – Managed Behavioral Health Organization; * – initial referral contact
12 has this facility been offering delivery services in last four months (OCT 2014 TO JAN 2015)? SEE MOTHER AND NEONATE REGISTER SEE MATERNAL AND DELIVERY REGISTER SEE HF3 REPRODUCTIVE SERVICES SUMMARY FORM YES 1 NO 2 DON’T IF NO OR DON’T KNOW 14 13 DOES THE FACILITY HAVE THE FOLLOWING ITEMS FOR CONDUCTING DELIVERIES? (PLEASE √ IN THE APPROPRIATE BOX) PLEASE OBSERVE AND VERIFY (REQUEST FOR ITEMS) 14 Does this facility offer any of these newborn care services? READ ALL RESPONSE OPTIONS AND √ IF OFFERED 15 DOES THIS FACILITY PROVIDE HIV TESTING FOR PREGNANT WOMEN IN ANC? (SUMMARY FORM HF 8) NO……………………………………………..2 DON’T KNOW………..................………..999 IF NO FOR DON’T KNOW 17 16 DOES THIS FACILITY PROVIDE ARVS TO PREGNANT WOMEN LIVING WITH HIV? (SUMMARY FORM HF 8) NO……………………………………………..2 DON’T KNOW………..................………..999
24 WAS A MONTHLY MEETING HELD WITH THE CHWs AND MINUTES AVAILABLE? (PLEASE √ IN THE APPROPRIATE BOX, CHECK MINUTES) 25 WAS THERE ANY SUPPORTIVE SUPERVISONS from PHU STAFF (HEALTH FACILITY) THAT THE CHWS HAVE RECEIVED FOR THE FOLLOWING MONTHS? (PLEASE √ IN THE APPROPRIATE BOX) 26 DID YOU HAVE SUPPORTIVE SUPERVISIONS FROM SUPERIOR LEVEL? (PLEASE √ IN THE APPROPRIATE BOX) (PLEASE REFER THE VISITOR’S BOOK) 27 During the past FOUR MONTHS (OCT 2014 TO JAN 2015), was WATER available at all times when the facility was open for services? ALWAYS AVAILABLE……………….……. 1 OFTEN AVAILABLE (INTERRUPTIONS OF LESS THAN 2 HOURS PER RARELY AVAILABLE……………….……. 3 NEVER AVAILABLE……………….……. 4 DON’T IF 29 28 STATE THE REASONS FOR NON-AVAILABILITY OF WATER DURING THE LAST FOUR MONTHS (OCT 2014 TO JAN 2015)? CIRCLE ALL RESPONSES WATER SOURCE NOT FUNCTIONAL 1 NO SUPPLY 2 WATER CONTAMINATED 3 OTHERS (SPECIFY) _________________________________96 DON’T KNOW 999
37 What is the facility’s main source of electricity? CENTRAL SUPPLY (NPA) 1 GENERATOR 2 SOLAR POWER 3 NONE ………………………………………..4 OTHERS (SPECIFY) _________________________________96 DON’T 38 During the past 7 days, was electricity available at all times from the main or any backup source when the facility was open for services? ALWAYS WHEN NEEDED (NO INTERRUPTIONS)……………….……. 1 AVAILABLE (INTERRUPTIONS OF LESS THAN 2 HOURS PER DAY …………………………………………………………………….2 SOMETIMES AVAILABLE (FREQUENT OR PROLONGED INTERRUPTIONS OF MORE THAN 2 HOURS PER DAY)……………. 3 AVAILABLE ………………………………………………………… 4 DON’T KNOW ……………………………………………………….……..999 39 HOW IS MEDICAL DISPOSED OF AT THIS FACILITY? PLEASE VERIFY AND CONFIRM IF IN USE CIRCLE ALL RESPONSES (CONFIRM FROM SUMMARY FORM HF 7) INCINERATOR (IN USE) 1 BURNING PIT 2 OTHERS (SPECIFY) _________________________________96 DON’T 40 WHAT KIND OF CLEANING EQUIPMENT IS AVAILABLE IN THIS FACILITY? PLEASE CIRCLE ALL RESPONSES PLEASE VERIFY AND CONFIRM BUCKET 1 MOPS 2 DISINFECTANT 3 RAGS………………………………...………4 UTILITY GLOVES…………………..………5 OTHERS (SPECIFY e.g., Brooms, rakes) _________________________________96 DON’T
Sr. No. Description Unit of (UOM) Estimated Qty. for one Unit Quantity for 150 nos. of unit Basic Rate per UOM In Rs. SGST per UOM In Rs. CGST per UOM In Rs. IGST per UOM In Rs. Cost per UOM Including taxes. Rs. Total Cost in Rs. A B C D E F G H I J= K=J x E 1 Brick Masonry work (Thick 100 MM) (1:6). CUM 0.09 13.5 2 Copping work (1:3:6) CUM 0.018 2.7 3 Plaster Long Wall (Back Side) (1:6) SQM 1.8 270 4 Plaster short Wall (Front side) (1:6) SQM 0.15 22.5 5 Kadappa SQM 1.44 216 6 Bed CC Work (1:3:6) CUM 0.2205 33.075 7 Platform (Flooring) SQM 2.205 330.75 8 Painting Work / Signage board SQM 0.81 121.5 Work no. -2 - ” Construction of Vermi Compost Unit, Size 2.5x1.2x0.75 Meter ( Part-1 C) Sr. No. Description Unit of (UOM) Estimated Qty. for one Unit Quantity for 100 nos. of unit Basic Rate per UOM In Rs. SGST per UOM In Rs. CGST per UOM In Rs. IGST per UOM In Rs. Cost per UOM Including Rs. Total Cost in Rs. A B C D E F G H I J= K=J x E 1 Site cleaning as per size. SQM 4.95 495 2 Excavation for foundation CUM 0.495 49.5 3 Providing & Laying CC in 1:4:8 of metal for foundation & bedding CUM 0.495 49.5 4 Brick masonry work C.M. (1:6) (Long and Short Wall -100 MM Thick ) CUM 0.52 52 5 Vermi wash outlet pipe for 2' RMT 0.6 60 6 Air mesh ( 300 mm x 150 mm ) providing wall with bedding 1" SQM 0.18 18 7 Cement Concrete Coping in ratio 1:4:8 – (long & Short wall 100 MM thick. SQM 0.08 8 8 Painting work on bed wall Including SQM 1.08 108
1.5 hours Adv. D Watson Adv. R vd Walt 7 B19 D Nkabinde v Ntuli and another 30 minutes Adv. M Motaung 42466/2016 8 B22 S Levinson NO v Master of the High and others 1.5 hours Adv. MD Kohn Adv. M da Costa 4324/2017 9 B24 Dept of Health GP obo Sizwe Tropical Hospital and another v Penny Black Outdoor (Pty) Ltd and another 45 minutes Adv. JW Steyn 14726/2017 10 B28 Clevelad Projects (Pty) Ltd v Venmop 275 (Pty) Ltd 1-1.5 Adv. K Lavine Adv. Williamson 20058/2017 11 B46 Magnus Steel (Pty) Ltd v Tegmul Engineering (Pty) Ltd 2 hours Adv. S Auamp Adv. J Kloek 40694/2017 12 B51 Sapor Rentals v W Botha and another 1 hour Adv. JJ Durandt 2531/2018 13 B52 Tegmul Engineering (Pty) Ltd v Tegmul Petroleum Services 1 hour Adv. JW Kloek 36365/2017
BRONCOED WARD Haydn Bateman Cortonwood, Blackbrook Road, Sychdyn. CH7 6LT 01352 754510 / 07714 155446 haydn.bateman@flintshire.gov.uk Ray Dodd Retired from Council 2017 Gareth Williams Glan-yr-Afon House, Brook Street, Mold. CH7 1PH 01352 754442 / 07917 054135 garethwilliams300@gmail.com Carol Heycocks Retired from Council 2017 EAST WARD Chris Bithell The Coppins, 88 Hendy Road, Mold.CH7 1QR 01352 754578 Chris.bithell@hotmail.com Richard Brookes Retired from Council 2017 Bryan Grew 7 Maes yr Haul, Mold. CH7 1NS 759673 / 07547 446118 Andrea Mearns Rosscote, Gwernaffield Road CH7 1RE 01352 757687 / 0752 3097900 mearns@tiscali.co.uk SOUTH WARD Geoff Collett 8 Ffordd Hengoed, Mold. CH7 1QD 01352 756582 07917 054138 Anthony Parry Brynwood, Bryn Coch Lane, CH7 1PS 01352 754423 07710 360717 Robin Guest 36 Ffordd Pentre, Mold. CH7 1UY 757408 016917 robinguest@keeneandkelly.com Philip Thomas Retired from Council 2017 WEST WARD Brian Lloyd Pwll Glas Farm Cottage, Gwernaffield Road, Mold CH7 1RQ 01352 753107 07734 579898 rbl.pwllglas@yahoo.co.uk Bob Gaffey 55 Dreflan, Mold. CH7 1DF 01352 751886 gaffeybobby@aol.com Geoff Matthias 7 Dreflan, Mold. CH7 1DE 753481 07515 297833 geoffmatthias@hotmail.com Karen Hodgkinson 4 Elm Mold, CH7 1SG 01352 751795 karenhodgkinson4moldwest@gmail.com
MOLD TOWN COUNCIL ANNUAL REPORT MAY 2015 TO 2016 CONTENTS Introduction About this report About Mold Town Council The well-being goals: Chapter 1 – A Prosperous Mold Chapter 2 - A Resilient Mold Chapter 3 – A Healthier Mold Chapter 4 – A More equal Mold Chapter 5 – A Mold of Cohesive Communities Chapter 6 – A Mold of Vibrant Culture & Thriving Language Chapter 7 – A Globally Responsible Mold Chapter 8 – A Competent Council Appendix 1 – Mold Town Councillors 2015/16
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Assets/References: 1. Opened SCRs (report and full text) 2. Will need a database accessible to all that contains the most recent approved version or necessary files. Tasks: CCBs objectives are to close out SCRs that have been fulfilled and tested by the test team, to evaluate the viability and status of all remaining SCRs and assign to a specific build, or to assign action items to members of the project so that a proper evaluation may take place. Establish the CCB Make CCB preparations Conduct the CCB meeting(s) 2- Configuration Control Board (CCB) Charter
Strange Case of Mole Airlines Flight 1023 - Answer Sheet Remember - you must show all work on separate and staple it to this page when you turn it in. VICTIM # NAME OF SUBSTANCE FOUND VICTIM'S NAME 1. Bob Henderson (Bill Jackson) 2. a. b. Jim LeClair 3. Bill Jackson (Bob Henderson) 4. Amadeo Oldere 5. a. b. Norm Anderson 6. Archie Starr 7. a. b. Lisa Johnson 8. a. b. Connie Majors 1. What was the chemical at the crash site? TNT 2. Who was the murderer? Lisa Johnson 3. Who was the murder victim? Norm Anderson 4. Who blew up the Norm Anderson
d) XeF2 e) BrF4- 3. Formula Orbital diagram of central atom Orbital diagram of central atom after e- promotion Orbital diagram after hybridization (include empty orbitals) AlCl3 BeBr2 GeF4 SBr6 4. Not all will need hybridization Formula Orbitals used for bonding Shape and bond angle BBr3 CCl4 BI3
strongest ω-3 substrate preference; “-10” represents the strongest ω-6 substrate preference or the weakest ω-3 substrate preference. b Preference indexes equal [Catalytic efficiencyALA/ Catalytic efficiencyLA] or -[Catalytic efficiencyLA/ Catalytic efficiencyALA]. c data indicated fatty acid (w/w %) content GLA and SDA respectively in corresponding strains. “-” indicated not to catalyze LA or ALA. d The blank spaces represent not mentioned in corresponding reference, but its preference is known, or represent its locus is not found. Based on previous summary of catalytic efficiency of FADS2s from various species with LA and ALA substrates, their catalytic efficiency was reordered according to catalytic efficiency of ALA substrate. Supplemental Table S2 Primers used in this study Primer name Restriction enzyme Oligonucleotide sequence (5'-3')a Function FTp EcoR I TACCGGAATTCATGGGAAAAGGAGGAGACGC TpFADS6 amplification for expression in S. cerevisiae RTp Xho I CGGGGCCTCGAGTTACATGGCAGGGAAATCCT FGc EcoR I TACCGGAATTCATGCGTGGATGGTGCACCAC GcFADS6 amplification for expression in S. cerevisiae RGc Not I T7 - TAATACGACTCACTATAGGG Target genes insert detection for yeast expression construction pYES2.R - TCGGTTAGAGCGGATGTG FA EcoR I TACCGGAATTCATGGGAAAAGGAGGAGACGC RA - FB - RB Not I
RL - GTCGAGGAACTCCGTGGTTACCTCCGACAAGCAC FM - CTTTCGTGCTTGTCGGAGGTAACCACGGAGTTCCT RM Xho I CGGGGCCTCGAGTTACATGGCAGGGAAATCCT FN - AAGCGTAGTGGAGCATTGAAATTGGCGGAGAAGC RN - CTTCTTCACCTCCTGCCAAGTGTACTTCTG FO - RO - FP - RP - TGAGAGCCTTGGGCGTGGAAGGCGGCGAAGATG FQ - GAGCATAAGGATCAAAGACAGTTGGATTT RQ - ATCCCTTCTCGAAATCCAACTGTCTTTGATC FR - CTACTCGGACAGTTTGGCAATGCACATTGGA RR - AAGAGAGCCGATCCAATGTGCATTGCCAAACTGT FS - GGGATTGTTCTGGCAGCAGTGTGGATGGCTTGCGC RS - FT - GATCTCATGCAGGGGTTCTCGATGCAGT RT - GGTGGCCATTGTGCTTGTTCTTCCACC FU - TTGCACAACTCTTCCTTGGACAGTC RU - GAGTGGCATGGTATCAATATCGGGATCACCAT FV - AAGTACGCTATCAAATTCCAGGCATTCACATAC RV - AAGAGATGCGAGCCAAGAGGAGGATGGGGAAG FW - CTCGGAGCTGCCTCGGAGAATGCCAAGTTGGAG RW - AGCTTCTCCAAAAGTGGGTACTGAAGTCCACGC FX -
CURRENT PREVIOUS Organisation 1 Supervisor Address Supervisor Phone no Supervisor Job Title Responsibilities Date of employment From: To: Organisation 2 Supervisor Address Supervisor Phone no Supervisor Email Job Responsibilities Date of employment From: To: Organisation 3 Supervisor Address Supervisor Phone no Supervisor Email Job Title Responsibilities Date of employment From: To: Please list three professional or academic referees. Full Name Relationship Organisation Phone No Email Address Full Name Relationship
Constitutional isomers (also called structural isomers) are two or molecules that have the same molecular formula but different connectivity (arrangement of Make molecular models of four constitutional isomers with the molecular formula C5H11Br. Make sure all three structures are different from one another. Draw the molecules in ChemDraw and insert them below. Name each molecule. A. B. C. D. _______________________________ __________________________________
Begin your analysis by clicking on “Align” and then clicking on “Edit/Build Alignment” from the drop-down menu. Choose “Create a New Alignment” and click ‘Ok’, and then “DNA”. You should see a window that looks like this: Import your sequences. Under “Edit” choose ‘Insert Sequence From File”. Make sure that the ‘Select Files of Type’ window at the bottom shows “FASTA”. Select your sequence, and click on “Open”. Your sequence should now appear in the Alignment Explorer Window. Repeat this step for each sequence from your team, and for Rarely Reclusive (Rarely.fas, respectively). As you import each sequence, you will notice that it comes in ‘selected’ (all blue). You can unselect (and reselect) the sequence by clicking on the sequence name to the left. You should notice that each base is a different color when the sequences are not selected.
Dihydrogen dioxide: Carbon tetrafluoride: Sulfur trioxide: Phosphorus trihydride: Tetranitrogen monoxide: Boron hexachloride: Dinitrogen trioxide Carbon tetrachloride: Iodine heptafluoride: Tetraphosphorus nonasulphide: Metallic Substances Metallic Bonding Substances made of metal element(s) are held together by metallic bonding. You can think of this as a network of positive metal ions (cations) held together by a “sea” of
Molecular modeling lab Name______________________________date_______per_______ Methane Molecular Formula: Structural Formula: Sketch of the model: Geometry at the Carbon: Ethane Molecular Formula: Full Structural Formula: Sketch of the model: Rotation around the C-C bond? Yes No Butane Molecular Formula: Structural Formula: Sketch of the model: Hexane Molecular Formula: Structural Formula: Sketch of the model: Propene Molecular Formula: Full Structural Formula: Sketch of the model: Rotation around the C=C bond? Yes No 2-pentene Molecular Formula: Structural Formula: Sketch of the model: 3-methylhexane Molecular Formula: Structural Formula: Sketch of the model: Geometry at C3 : Propanal Molecular Formula: Structural Formula: Sketch of the model: Rotation around the C=O bond? Yes No But-2-one Molecular Formula: Structural Formula: Sketch of the model: Pentanoic acid Molecular Formula: Structural Formula: Sketch of the model:
(1=Married; 2=Widowed; 3=Divorced; 4=Never married), Education length, Retirement (1=Yes; 0=No), and Age. Since Marital Status has four levels, we included three dummy variables. We also included the APOE4 genotype, which has two alleles, as studies have shown that the APOE4 genotypes have significant effect in MCI. The first allele has three genotypes: 2, 3, 4, thus we included two dummy variables for this allele. The second allele has only two genotypes: 3 and 4, so one dummy variable was needed. We also include the ADAS-Cog score, which is a composite score of 11 questions to reflect the severity of AD. In addition, we selected ROIs among the 93 ROI volume data from the Jacob atlas.21 We chose 23 ROIs which may significantly influence MCI progression.10,22,23 The 23 ROIs were bilateral entorhinal cortices, bilateral hippocampal formation, bilateral amygdala, bilateral caudate nuclei, bilateral putamen, bilateral posterior limb of internal capsule including cerebral peduncle, bilateral nucleus accumbens, bilateral lateral ventricles, bilateral thalamus, bilateral fornix, bilateral cingulate and the corpus callosum. Finally, we included information from all the 22 chromosomes. each chromosome contains a number of SNPs, we used principal component analysis for each chromosome and picked the first 2 principal components for each chromosome. We then used the PLINK package ( http://pngu.mgh.harvard.edu/~purcell/plink/data.shtml#plink) to perform the principal component analysis for each chromosome. => We then used the PLINK package ( http://pngu.mgh.harvard.edu/~purcell/plink/data.shtml#plink) to perform quality control for the genomic data. The principal component analysis for each chromosome was conducted using “svd” function in R software. Hippocampus Preprocessing We adopted a surface fluid registration based hippocampal subregional analysis package,24 which uses isothermal coordinates and fluid registration to generate one-to-one
In the following draw the molecule geometry. As a group, make a prediction for each first, and then compare your answers with the simulation. Predict Then Compare with the Simulation Number of Domains Around Central Atom 1 Lone Pair 2 Lone Pairs 3 Lone Pairs 4 Lone Pairs 3 4 5 6 PART 3: COMPARING MODEL VS. REAL MOLECULES Explore the Real Molecules screen. List the molecules that show a difference in bond angle between “Real” and “Model”. Note: differences in bond angle may be small. Molecule Number of Lone Pair Domains
Annexure 5 - Register of Contractor Concerns Name of Contract: Molengraaf Road Rehabilitation Supplier: Current as at: Relevant Clause (General Condition/Special Conditions) (Insert clause ref. or whole clause) Contractor Concerns Palabora Copper’s Response
ALPHA PHI ALPHA Fraternity Incorporated Scholarship Criteria Scholarship Amount: $500.00 Graduate must enter a four year college or university by September 2018 This scholarship will target male students meeting the criteria while demonstrating the greatest need. The following must be included in the application packet: A doubled-spaced essay of a minimum 200 words on the topic: “How the Alpha Phi Alpha Scholarship will help me reach my post secondary and/or career goals” 2. letters of reference from reputable individuals. SAT/ACT Scores (freshman index => 2000) Copy of Transcript Completed scholarship application, typed or neatly written in ink. Selection: Members of Alpha Phi Alpha will select the recipient based on the criteria. Application deadline is 30, 2018. Please give your completed application to the designated counselor at your school.
Plan Plan Year Year Administration Administration CDBG: $ Other Other 1 0 0.00% Economic Opportunity Non-Housing Community Development CDBG: $ Public service activities other than Low/Moderate Income Housing Benefit Persons Assisted 50 105 210.00% 135 134 99.25% Economic Opportunity Non-Housing Community Development CDBG: $ Jobs created/retained Jobs 25 30 120.00% 3 300% Economic Opportunity Non-Housing Community Development CDBG: $ Businesses assisted Businesses Assisted 50 7 14.00% 15 3 20% Economic Opportunity Non-Housing Community Development CDBG: $ Other Other 0 0 10612 2,656 25.02% Public Facilities Non-Housing Community Development CDBG: $ Public Facility or Infrastructure Activities other than Low/Moderate Income Housing Benefit Persons Assisted 800 0 0.00%
Public Improvements Non-Housing Community Development CDBG: $ Public Facility or Infrastructure Activities other than Low/Moderate Income Housing Benefit Persons Assisted 750 1470 196.00% 0 1470 Quality Affordable Owner Housing Affordable Housing CDBG: $ Homeowner Housing Rehabilitated Household Housing Unit 8 0 0.00% Quality Affordable Rental Housing Affordable Housing CDBG: $ Public service activities other than Low/Moderate Income Housing Benefit Persons Assisted 0 528 0 268 Quality Affordable Rental Housing Affordable Housing CDBG: $ Public service activities for Low/Moderate Income Housing Benefit Households Assisted 0 162 165 167 0.00% Quality Affordable Rental Housing Affordable Housing CDBG: $ Rental units rehabilitated Household Housing Unit 10 0 0.00% 4 Quality Affordable Rental Housing Affordable Housing CDBG: $ Homeowner Housing Rehabilitated Household Housing Unit 0 1 0 5
Monday Tuesday Wednesday Find the sum of: 3/4 + (-1/5) Simplify 10(7x – 3) Evaluate the expression for x = 3 6x - 20 Find the difference of (-9.7) and (-5.8) Simplify 3y + 3x + 3 + 2x + 2 Evaluate the expression for x = ( -8) 6x – 20 Simplify -7(2y – 8) Simplify 7x – 8x + 8x3 Divide -2/5 by 5 Simplify 3x + 2y – x -5y Find the difference of 7 and -7 Evaluate the expression for x = (- 3) 6x - 20 Thursday Friday. Write the expression for Write the expression for
REQUEST FOR PROPOSAL TABLE OF CONTENTS PAGE 1.00 – DEFINITIONS. …….…………………………………… 34 2.0 - PROPOSALS……………………………………………. 34 2.01 – Duty to carefully Examine these instructions…………… 34 2.02 – Necessity for Careful Examination of site, plans, Specifications …………………………………………… 34 2.03 – Clarification during Tendering………………………… 36 2.04 – Proposal Documents…………………………………… 36 2.05 – Competitive Tendering………………………………… 37 – DESIGN REQUIREMENTS………………………….. 37 3.01 – Scope of Work………………………………………… 37 3.02 – Intent of the Contract Documents…………………….. 37 3.03 – Laws and 37 3.04 – Drawings and Specifications…………………………. 39 3.05 – Approvals Prior to Construction……………………… 40 3.06 – Submittals…………………………………………….. 41 3.07 – Divisions of the Performance Specifications………… 41 3.08 – Layout of the Work………………………………….. 41
– CONDUCT OF THE CONSTRUCTION WORK………….. 41 4.01 – Laws to be observed – Generally…………………………… 41 4.02 – Laws to be observed – Regarding 42 4.03 – Environmental Requirements………………………………. 45 4.04 – Substitution of Subcontractors…………………………….. 47 4.05 – Design Builder’s Responsibility for the Work…………… 47 4.06 – Occupancy by Employer to Acceptance……………. 52 4.07 – Responsibility to Secure and Pay for Permits, Licenses, Utility Connections etc…………………………………… 53 4.08 – Patented or Copyrighted Materials……………………….. 53 4.09 – Property Rights in Materials and Equipment……………. 54 4.10 – Taxes ……………………………………………………. 54 4.11 – Contract Time……………………………………………. 54 4.12 – Force and Foreman……………………………… 55 4.13 – Limitation of Construction Operations………………….. 56 4.14 – Drawings Reflecting Actual Construction………………. 56 4.15 – Access for Inspection……………………………………. 57 4.16 – of Project and Site…………………………….. 57 4.17 – Project Sign, Advertising……………………………….. 58 - INTERPRETATION OF AND ADHERENCE TO CONTRACT REQUIREMENT……………………………. 59 5.01 – Interpretation of Contract Requirements…………………. 59 5.02 – Issuance of Interpretations, Clarifications, Additional Instructions………………………………………………. 60 5.03 – Product and Reference Standards………………………… 62
5.04 – Shop Drawings, Samples, Alternatives or Equals, Substitutions …………………………………………….. 62 5.05 – Quality of Materials, Articles and Equipment…………….. 66 5.06 – Testing Materials, Articles, Equipment and Work………… 66 5.07 – Rejection ………………………………………………….. 67 5.08 – Responsibility of Quality…………………………………… 68 5.09 – Guarantee…………………………………………………... 68
accept any unambiguous indication 1 [3] M6. (a) (i) P 1 (ii) the grip / hold / pull (on the roundabout / bar / rail) or ‘the tension in the arms’ accept ‘the muscles’ accept ‘friction between the child and the roundabout’ do not accept just ‘friction’ 1 (iii) increases accept any unambiguous indication that this ending has been selected 1 (b) (i) 360 (Nm) credit either 240 × 1 ½ or 240 × 1.5 with 1 mark 2 (ii) move to(wards) the left / to(wards) the / his end or move away from the centre / pivot / axis (of rotation) or move away from the girl / the child / his daughter 1 (c) (i) C 1 (ii) friction / grip of the car / tyres / wheels (on the road) do not accept just ‘friction / grip’ 1 [8]
M16. (a) any two from: • inversely proportional • as the load gets biggerthe (maximum safe) distance gets less allow ‘as the mass increases the distance decreases’ accept an unspecified response e.g. ‘big load at a short distance’ for (1) • load × distance = 60 (kNm) 2 (b) yes, because 30 × 2 = 60 (2) accept for (1) a correct but insufficiently explained response e.g. ‘yes because it’s safe’ accept for (2) a correct response which is sufficiently explained e.g. ‘yes, because 60 (kNm) at 1 metre is safe and 30 (kNm) is half the load at twice the distance do not accept ‘no’ and do not accept just ‘yes’ do not accept ‘yes, because 30 is between 24 and 40 and 2 is between 2.5 and 1.5’ do not accept ‘the crane/ cable may break’ or other dangers 2 (c) the crane may/will topple over/fall over/forward 1 (d) results of experiments on this mobile crane accept any unambiguous indication 1 [6] M17. (a) A must be correct for reason to score moment (due to weight) of sail is the largest 1
The Contact framework screen enables the User to easily find and manage all their contacts, whether they are clients, solicitors, introducers, estate agents, companies etc. Powerful search criteria are provided which in turn can be filtered and then displayed how the User wants to see their results. With the updated grid functionality users can now also create new tabs and save their own views of the contact database, for example All My Gold Clients, New Leads, Solicitors etc… The Case Management module provides the User with the ability to manage all their cases which are currently in progress. This means any case which has been created through to applications completed or cancelled will be displayed. Columns provide clear indication of the progress of the case and also demonstrate which product areas have been sold to the client. This provides great power to the users to focus on cross selling either as an individual or across a firm whether other users or departments may push certain products.
6 Collisions in Two Dimensions Slides 86-104 Problems 63-68 & MC 26-30 7 Momentum Lab Lab Finish Lab 8 Momentum Quiz 2 + General Problems Quiz + General Problems 71-73 Finish General Problems & MC 31-35 9 Review Review MC Study for test 10 Momentum Test Test Review SHM Presentation * It may not be possible to complete labs in the order stated due to lab schedules. Other labs on the NJCTL website are option and can be used as needed. **HW Problems are currently not scaffolded from least to most difficult, but are instead listed in order of topic. Teacher should pay special attention at the end of each class period when assigning HW so that only problems related to the topic that was taught are being assigned.
time of impact on both the block and the expert's hand is the same force on both the block and the expert's hand have the same magnitude impulse on both the block and the expert's hand have the same magnitude all of these. none of these. ANSWER: D In any collision, there are always four quantities which are the same for both objects involved in the collision. Each object experiences the same force (Newton's third law) for the same amount of time, leading to the same impulse, and subsequently the same momentum change. Only the acceleration and the velocity change can differ for the two colliding objects. The lower mass object always receives the greater velocity change and acceleration.
What are Hydrated Compounds? Hydrated Compounds are any compounds containing water in the form of H2O molecules, usually, but not always, with a definite content of water by weight. The hydrates are crystalline solids that lose their fundamental structures upon removal of the bound water. Anhydrides (meaning without water): A compound that is normally a hydrate and has lost its hydration water is said to be anhydrous and is called an anhydride. Hydrate vs. Anhydrate: Many ionic compounds can be used to soak up water. Before they absorb water, they’re referred to as “anhydrous”, which means “without water”. After absorbing water, they are hydrates. Cobalt chloride hexahydrate is an example. Hydration Number: Some compounds attach themselves to water molecules. This is done in set numbers, depending on the compound. For example, magnesium sulfate attaches to 7 molecules. We say its hydration number is 7. (Magnesium Sulfate Heptahydrate) MgSO4 x 7H2O Finding the Hydration Number: The hydration number can be conveniently found by heating the compound and measuring its mass loss. This mass loss is usually due to the hydration water molecules being driven off. Finding the Percent Hydrated Find the gram formula mass of the entire substance Find the gram formula mass of the the amount of only the water. The amount of water in grams divided by the amount gram formula mass times 100 is equal to the percent the substance is hydrated. → gram-formula mass = 207, water = 36 36/207= .174 x 100= 17.4% Finding the Amount of Water a Substance Contains
delivery has improved from pre-term to full-term, with an average of 36.2 weeks’ gestation in 2011 to 37.9 weeks’ gestation in 2013. While we have the largest population of opiate addicted mothers in our perinatal region (two inpatient obstetric units and one children’s hospital), our babies have the shortest stay and lowest cost/patient (Table 1). Our program has been adopted throughout the region by private OB-GYN providers and the outpatient addiction community as the standard of care during pregnancy. Our success is proven with regional recognition and an increase in referrals. The MOMH project is a useful example of the successful implementation of a Medical Home model in our future of accountable care. Figure 1 Table 1: Neonatal Abstinence Syndrome (Withdrawal) Babies Unit # patients patient days Average days per patient Total charges Average charges per patient Campus 1 27 493 18.3 $1,699.945 $62,960. Campus 2 27 646 23.9 $2,727,251 $101,109. Campus 3 MOMH program 53 934 17.6 $2, 786,408 $52, 273. Contact: Jocelyn Davis DNP,RN,CNM, C-EFM Nursing Professional Development Summa Health System Hospitals 330-375-4129