zilongwang/ReadingBank huggingface dataset:
Week(s)_____ 1.00 Or Total days____ Describe classroom expectations/procedures Overview of the major course outcomes Overview of student organization A CUSTOMER/CLIENT/BUSINESS BEHAVIOR, MARKET PLANNING, SELLING, FINANCIAL ANALYSIS, ECONOMICS, PRODUCT/SERVICE MANAGEMENT, EMOTIONAL INTELLIGENCE, COMMUNICATION, AND CUSTOMER RELATIONS. 52% 1.00 Understand customer/client/business behavior and intermediate marketing planning. 10% 1.00 Understand customer/client/business behavior and intermediate marketing planning. 10% Understand marketing’s role and function in business to facilitate economic exchanges with customers. (MK:002), (SUPPLEMENTAL) Utilize critical-thinking skills to determine best options/outcomes. (PD:019), (SUPPLEMENTAL) Acquire foundational knowledge of customer/client/business behavior to understand what motivates decision-making. (MK:014), (MK:019) Employ marketing-information to develop a marketing plan. (MP:007), (MP:008), (MP:013) 0% 0% 5% 5% Marketing Core (See section 3 for explanation) Instructional Area MARKET PLANNING Performance Indicators Explain the nature of marketing plans (MP:007, MP LAP 1) (SP) Explain the role of situation analysis in the marketing planning process (MP:008) (SP) Explain the nature of sales forecasts (MP:013) (SP)
25, 2014 9:00 – 10:00 Supplier Orientation & Tutorial – An introduction and overview of the Nadcap program 9:00 1.0 Opening Comments 1.1 Call to Check 1.2 Code of Ethics/Antitrust and Meeting Conduct 1.3 Review Agenda 1.4 Acceptance of Meeting Minutes 9:30 2.0 History/Status 10:00 3.0 RAIL (Rolling Action Item List) Review 10:15 4.0 Checklist Development 1:00 – 2:00 Lunch Break 2:00 4.0 Checklist Development (continued) 4:45 ADJOURNMENT 5:00 – 7:00 Supplier Support Committee Meeting - All suppliers are encouraged to attend. 26, 2014 9:00 1.0 Opening Comments 1.1 Call to Order/Quorum Check 9:15 4.0 Checklist Development (continued) 11:30 5.0 Future Plans/Agenda 12:00 6.0 New Business 12:30 7.0 Review New Action 12:45 8.0 Closing Comments 1:00 ADJOURNMENT 1:00 – 2:00 Break 2:00 – 4:45 Informational Meeting – This meeting will be a report out/informational meeting of the status and progress of the Metallic Material Manufacturing Task Group for anyone who was not able to attend the Task Group meeting. This is not part of the Task Group meeting 5:00 – 7:00 Planning & Ops – Task Group Chairs and Staff Engineers are required to attend. 27, 2014 9:00 – 11:00 Nadcap Management Council Meeting – All members are encouraged to attend this informative and important meeting.
FEBRUARY 22, 2016 DAILY 9:00 AM Opening Comments Call to Order/Verbal Quorum Check Verify only Subscriber Members are in attendance Introductions Safety Information: Review Fire Exits in Meeting Room Inform PRI person of any emergencies Review Code of Ethics (Ref: Attendees’ Guide) and Meeting Conduct Present the Antitrust Video (only at the first open and first closed meeting of the week for each Task Group) Review Agenda Elaine Boswell Jerry Aston 9:30 AM History/Status Brief description of the history and current status of the MMM TG Elaine Boswell 10:00 AM Rolling Action Item List (RAIL) Review Review the status of items currently on the RAIL Jerry Aston 10:30 AM Voting Membership Voting member status Voting members to be reviewed against requirements for maintaining voting membership) Jerry Aston 11:00 AM Checklist Development Work to complete AC7140 Forging checklist Resolve ballot comments Elaine Boswell 1:00 PM- 2:00 PM LUNCH BREAK 2:00 PM 5.0 Checklist Development (continued) Work to complete AC7140 Forging checklist Resolve ballot comments Elaine Boswell 6:00 PM ADJOURNMENT FEBRUARY 23, 2016 DAILY 8:00 am – 9:00 am Supplier Orientation & Tutorial – An introduction and overview of the Nadcap program 9:00 AM Opening Comments Call to Quorum Check Introductions Elaine Boswell 9:30 AM Review feedback from Test Audits Feedback from test audits including:- Checklist issues, Job audits, audit length Elaine Boswell 11:30 AM Auditor Hiring and Auditor Selection Auditor Interview Process Drafting of OP 1116 Appendix MMM Auditor performance Elaine Boswell 1:00 PM – 2:00 PM 2:00 PM Sub-Group Activities - Break-Out Session Definitions Audit Handbook Op 1114 Appendix MMM Elaine Boswell 4:00 PM Subscriber Mandates Timing of Subscriber manadates Elaine Boswell 4:45 PM ADJOURNMENT 5:00 pm – 6:30 pm Supplier Support Committee Meeting - All suppliers are encouraged to attend. FEBRUARY 24, 2016 DAILY
10:00 AM Planned Audits Number required and number scheduled. Elaine Boswell Jerry Aston 10:15 AM Auditor Recruitment Numbers/regions, ITAR v non ITAR, Load v Capacity Elaine Boswell Jerry Aston 12:00 – 1:00 PM 1:00 PM Tabled Subjects Aston 2:00 PM Agenda for Next Meeting Forging and Casting agenda Elaine Boswell Jerry Aston 3:00 PM New Business Jerry Aston 4:00 PM Review RAIL Action Items Jerry Aston 4:45 PM ADJOURNMENT 5:00 pm – 6:30 pm Supplier Support Committee Meeting - All suppliers are encouraged to attend. DAILY 8:00 AM Opening Comments – Castings Call to order/verbal quorum check Introductions Name badges. Shall be displayed prominently; individuals signed in but not registered will be removed from the minutes Safety information: Review fire exits in meeting room Inform pri staff person of any emergencies Review code of ethics (ref: attendees’ guide) and meeting conduct Review agenda and rail Elaine Boswell 8:30 AM Castings - Vice Chair, Secreary Positions Selection of Vice Chair and Secretary – Castings Elaine Boswell Jerry Aston 9:30 AM Casting Checklist Development Investment Castings Sand Castings Elaine Boswell Jerry Aston 12:00 – 1:00 PM) 1:00 PM Casting Checklist Development (cont) Investment Castings Sand Castings Elaine Boswell Aston 4:45 PM ADJOURNMENT 5:00 pm – 7:00 pm NMC Planning & Ops Meeting – Task Group Chairs & Staff Engineers are required to attend.
3:45 pm Review Action Item List (RAIL) Review any Actions Jerry Aston 4:55 pm ADJOURNMENT 5:00 pm – 7:00 pm Supplier Support Committee Meeting – All suppliers are encouraged to attend. 20-JUN-2018 DAILY 8:00 am OPENING COMMENTS (DAILY) CALL TO QUORUM CHECK VERIFY ONLY SUBSCRIBER MEMBERS WITH A VALID BADGE ARE IN ATTENDANCE INTRODUCTIONS SAFETY INFORMATION: REVIEW FIRE EXITS IN MEETING ROOM INFORM PRI STAFF PERSON OF ANY EMERGENCIES REVIEW CODE OF ETHICS (REF: ATTENDEES’ GUIDE) AND MEETING CONDUCT PRESENT THE ANTITRUST VIDEO (ONLY @ THE FIRST OPEN AND FIRST CLOSED MEETING OF THE WEEK FOR EACH TASK GROUP) REVIEW AGENDA Brian Streich 8:15 am REVIEW DELEGATION STATUS – (CLOSED) REVIEW AUDITS AND DISCUSS STAFF ENGINEER RESPONSES Jerry Aston 8:45 am AUDIT PERFORMANCE/FEEDBACK – (CLOSED) INCLUDE AUDITOR CONSISTENCY/OBSERVATIONS Jerry Aston 9:30 am AUDITOR RESULTS – (CLOSED) REVIEW AUDIT RESULTS Jerry Aston 10:00 am AUDITOR CONSISTENCY – (CLOSED) OP 1117 COMPLIANCE Jerry Aston 12:00 pm – 1:00 pm 1:00 pm Opening Comments Call to Order/Quorum Check Introductions Brian Streich 1:15 pm Review Audit Handbook – Forgings Review Changes Made to Forging Audit Handbook Brian Streich 1:45 pm Planned Audits – Forgings Number of Audits Required and Number Scheduled Brian Streich 2:00 pm Subscriber Mandates – Forgings Review Subscriber Mandates Status Jerry Aston 2:00 pm Auditor Recruitment – Forgings Number of Auditors/Regions/ITAR v Non ITAR etc. Jerry Aston 2:30 pm Forging Checklist Development Discuss How Hire Working Applies to AC7140 (and other subcon operations) Include Auditor Feedback Subscriber Slash sheets Proposed changes Brian Streich 4:30 pm ADJOURNMENT 5:00 pm – 7:00 pm NMC Planning & Ops Meeting – Task Chairs & Staff Engineers are required to attend. 21-JUN-2018 DAILY 8:00 am – 9:30 am Nadcap Management Council Meeting – All members are encouraged to attend this informative and important meeting.
MANY For oceans that cover and the rivers that wash and rapids that roar. For the life in the ponds. For turtles bobbing at the surface. One We give praise to the of the rains that come. MANY For the deserts where seasons run dry and the sun beats till the soil cakes and everything fries. One For all the creatures who live here below the skies. MANY For the life that roams in herds across the grassy plains. For the raptors who on the winds high before the clouds. MANY We give praise and thanks and joy. One For storms and heat and the cold that pierces – all of it coming from the of God who called everything “good.” MANY This is our home. This blue ball floating before the sun and the moon. One This is our earth. We give praise for its day. MANY This is our We only have one. One Teach us how to be its beloved. Teach us how to live for its good. AMEN April 29, 2018 Fifth Sunday of Easter Abiding in Love Pacific Islander and Asian American Ministries Sunday John 15:1-8 In the nineteenth century, churches were founded by many immigrant groups from Asian countries. Some of those first churches started in California in cities like San Francisco, Berkeley and San Diego. Most of these came from the congregational stream of our history. As more and more Asian and Pacific Island peoples arrived on our shores they built additional congregations and filled them with Taiwanese, Samoans, Koreans, Asian Indians, Japanese, Chinese, Marshallese, Kosraean, Pohnpeian and Chuukese. These are the people we celebrate and give God thanks for on this Pacific Islander and Asian American Ministries Sunday.
Peter Shann Iyoka Evangelina Carles 62 67 64 65 59 67 Heights Student Height (in.) Maria Peter Shann Iyoka Evangelina Carles 62 67 64 65 59 67 Mean: ___________________ 3) Mean: ____________________
Geopolitics Crimean War Suez Canal Ottoman Empire Term: Geopolitics – an interest in or taking of land for its strategic location or products Crimean War – It was a war between France, Britain and the Ottoman Empire against Russia. They wanted to prevent Russia from gaining additional Ottoman land. The Russians were defeated Suez Canal – a man-made waterway that connected the Red Sea and the Mediterranean Sea Ottoman Empire – a large empire located in southwest Asia, on the northern coast of Africa, and in southeastern Europe Explain the significance of the Suez Canal. Include where it is located, the bodies of water it connects, and what control of it meant to the British. It was located in North Egypt and connects the Red Sea and the Mediterranean Sea. It was important because it’s a much quicker way to get from Europe to Asia and Africa. British occupied Egypt and gained control of the canal. It was the “lifeline of the Empire” because it allowed Britain quick access to their colonies in Asia and Africa Section 4 sepoy Sepoy Mutiny “jewel in the crown” Raj cash crops Terms: Sepoys – Indian soldiers who worked for the company and served under British command Sepoy Mutiny – a rebellion Hindu and Muslim soldiers against the British in India “Jewel in the crown” – refers to India and how it was the most valuable of all the colonies Raj – British rule after India comes under Britain during the reign of Queen Victoria Cash crops – crops grown to be sold by the ruling country rather than crops which the people of the country could eat Identify and explain two positive and two negative effects of British colonialism in India. Positive: Railroads helped India develop a modern economy and unified regions Improved infrastructure such as modern road network, telegraph and telephone lines, dams, bridges, and irrigation canals Improved sanitation and public health Schools and colleges increased literacy local warfare Negative: British held most economic and political Restricted Indian owned industry Focus on cash crops resulting in a loss of self-sufficiency for many villages and reduced food output causing famines Traditional Indian life threatened by racist attitude of British and presence of missionaries
353 03-Jul-10 02-Oct-10 Double Cone Some negative Chl values. Chl records flagged as erroneous, sent to WetLabs for repair/service 1329 29-Jun-10 06-Oct-10 Dunk Failed during deployment. In water time since last calibration 36 weeks (failed on 2nd deployment). Sent to WetLabs for repair/service. 828 06-Oct-10 12-Feb-11 Dunk Tropical Cyclone Yasi : star picket bent to 45° angle. Logger still running but incorrectly positioned. Records look ok . 351 04-Oct-10 14-Feb-11 Geoffrey Some negative Chl values. Chl records flagged as erroneous, sent to WetLabs for repair/service 846 30-Sep-10 17-Feb-11 Pelican Logger not logging - operator when set up. Record lost, instrument checked and ok. 1044 01-Oct-10 18-Feb-11 Pine No Chl & NTU readings during 01/01/2011 - 27/01/2011. In time since last calibration 38 weeks. Sent to WET Labs: Replaced electronics with latest to eliminate instrument shutdown issues. 819 02-Oct-10 19-Feb-11 Daydream Starpicket ripped out (anchor damage?). 2 Jan 2011 coral divers moved logger 25 m along to picket 2 of same transect. Logger still running but incorrectly positioned. Records look ok. 1729 16-Feb-11 16-Jun-11 Barren Logging 'OFF' for deployment. Operator 817 17-Feb-11 16-Jun-11 Pelican Negative Chl values with factory cal file, records flagged as erroneous. Contacted WetLabs for solution.
Figure 19 Time series of daily means of chlorophyll (green line, µg L-1) and turbidity (red line, NTU) time-series collected by ECO FLNTUSB instruments at (a) Barren and (b) Humpy islands in the Fitzroy NRM Region. Additional panels represent daily discharge from the Fitzroy River (blue line, ML day-1 x 104) and daily wind speeds (grey line, km h-1) from the Yeppoon weather station. Other details as in Fig. 4. Figure 20 Time series of daily means of chlorophyll turbidity (red line, NTU) time-series collected by ECO FLNTUSB instruments at Pelican Island in the Fitzroy NRM Region. Additional panels represent daily discharge from the Fitzroy River (blue line, ML day-1 x 104) and daily wind speeds (grey line, km h-1) from the Yeppoon weather station. Other details as in Fig. 4. 4.5 Summary of instrument monitoring results for all regions The following two tables provide summary statistics for all 14 sites where continuous instrumental water quality monitoring by WET Labs ECOFLNTUSB instruments is undertaken. These tables are referred to in the text for the respective regions and should be considered in conjunction with the graphical depiction of the time series of chlorophyll fluorescence and turbidity collected by these instruments.
Table 8 Summary of chlorophyll (μg L-1) data from deployments of WET Labs ECO FLNTUSB Combination Fluorometer and Turbidity Sensors at 14 inshore reef sites. N= number of daily means in the annual time series (based on ‘water year’, October to October); SE= standard error; “% d> trigger” refers to the percentage of days within the annual record with mean values above the chlorophyll a trigger value (0.45 µg L-1) in the GBRMPA Water Quality Guidelines for the Great Barrier Reef Marine Park (GBRMPA 2010). Red shading highlights the annual means that are above the trigger value. NRM region Location October 2007 to September 2008 October 2008 to September 2009 October 2009 to September 2010 N Annual mean SE Annual median %d >trigger N Annual mean SE Annual median %d >trigger N Annual mean SE Annual median %d >trigger Wet Tropics Snapper Is 96 0.52 0.01 0.50 72 Fitzroy Is High Is Russell Is 98 0.25 0.01 0.22 2 Dunk Is Burdekin Pelorus Is Pandora Rf Magnetic Is Mackay Whitsunday Double Cone Is Daydream Is Pine Is Fitzroy Barren Is 220 0.41 0.02 0.31 38 Humpy Is Pelican Is
Generalized measurement system: Generally a measurement system consists of 3 basic elements. Sensor/transducer. Signal conditioner. Display/read out devices. In addition to the above, electrical power is also required. display device input sensor/ signal system to be (Measurand) transducer conditioner controlled readout power device supply figure: block diagram of generalised measurement system input speedometer output (cable rotation) (speed of the vehicle) Thermocouple output (Heat) (Temperature) figure: concept of measurement Functions of each elements of measurement system: Sensor/transducer unit: The heart of any measurement or control system is sensor/transducer. Sensor/transducer is a device it converts the one form of energy to another form. Sensor/transducer it senses the physical phenomenon to be measure and transform it from one form to another form (generally electrical form). The output of this unit is input to the signal conditioner which is next element. input (one form) input (Heat) (Pressure) Transducer output (Another form) thermocouple output (electrical form) (emf) presssure gauge output (Mechanical form) (Displacment) Figure: basic concept of transducer
CDOM Filtered sample FPMP001 – CDOM n/a 100 ml dark bottle Stored at 4°C metals Filtered sample FPMP001 – CDOM n/a 100 ml dark bottle Stored at 4°C Pesticides Unfiltered sample FPMP001 – Pesticides n/a 1,000 ml dark bottle Stored at 4°C Phytoplankton Unfiltered sample FPMP001 – Form – PP n/a 1,000 ml bottle stored in dark Stored at 4°C Phytoplankton Unfiltered sample FPMP001 – Lugol – PP n/a 1,000 ml bottle; stored in dark Stored at 4°C Phytoplankton Unfiltered sample FPMP001 – Live – PP n/a 1,000 ml bottle; stored with lid Stored at 4°C Laboratory analysis Table 5.2. lists the analytical techniques used by the ACTFR laboratory. Further information on each technique can be found below and in the listed appendices. Table 5.2. Analysis technique associated with each water quality parameter in the ACTFR marine and freshwater laboratory Parameters Analysis technique Nutrients Analysed on OI Analytical Flow IV Segmented Flow Analysers Total Nitrogen and Phosphorus and Total Filterable Nitrogen and Phosphorus Simultaneous APHA 4500-NO3- F and APHA F analyses alkaline persulfate digestion Nitrate APHA 4500-NO3- F Nitrite APHA 4500-NO2- F Ammonia APHA 4500- NH3 G Filterable Reactive P APHA 4500-P F Chlorophyll a/Phaeophytin APHA 10200 H Total Suspended Solids APHA 2540 D Dissolved and total nutrients Details of the methods used in the analysis of dissolved and total nutrients can be found in Appendices B5 to B9. Total Nitrogen and Total Phosphorus are analysed simultaneously with Total Filterable Nitrogen and Phosphorus using an analytical segmented flow analyser. The particulate fraction is calculated by the difference between total and total dissolved nutrient fractions. Phytoplankton pigments The concentration of photosynthetic pigments is used extensively to estimate phytoplankton biomass. All green plants contain chlorophyll a which constitutes approximately 1-2% of the dry weight of planktonic algae. Other pigments that
Dunk Island (North) Dunk Island (South) King Reef Nth Barnard Island AIMS Burdekin Herbert Lady Elliot Reef Orpheus Island (East) Pelorus Is & Orpheus Is (West) AIMS Burdekin Geoffrey Bay Middle Reef Pandora Reef Havannah Island AIMS Mackay / Whitsunday Proserpine Pine Island Shute Island Daydream Island Double Cone Island Seaforth Island Dent Island Hook Island AIMS Fitzroy Fitzroy Peak Island Pelican Island Humpy & Halfway Islands Middle Island Nth Keppel Island Barren Island AIMS 6.2. Distribution of sampling effort Survey Method Information provided Transect coverage Spatial coverage Point Intercept Percentage cover of the substrate of major benthic habitat components. Approximately 25 cm belt along upslope side of transect form which 160 points are sampled. Full sampling design Demography Size structure of coral communities, density post settlement recruitment 34 cm belt along the upslope side of the transect. Full sampling design Scuba Search Incidence of factors causing coral mortality Two-metre belt centred on transect Full sampling design
REEF50 Relative extent of exceedance frequency greater than 0.50, i.e. when the median values are used for the assessment of the Guidelines.t REEG Relative extent of exceedance of the Guidelines, i.e. when the mean values are used for the assessment of the Guidelines. RT Radiative transfer SA Semi analytic SeaDAS SeaWiFS Data Analysis System SeaWiFS Sea-viewing Wide Sensor (Launched in 1997) a nominal overpass time of ca 12:00 AM TSS Total Suspended Solids WQIP Water Quality Improvement Plan METHODS Given the size and variability of conditions within the GBR catchments, monitoring the water quality in the GBR lagoon waters is challenging. The MMP water quality monitoring uses three complementary approaches to collect data at various spatial (site, location, region, and whole GBR lagoon) and temporal (snapshot, daily, 10-minutely) scales: traditional direct water sampling from research vessels, in situ data loggers at a small number of selected inshore reef locations and satellite based remote sensing. While data loggers provide detailed information on the local variability in water quality parameters, remote sensing observations provide extensive spatial coverage at 1 km resolution. Remote sensing is a suitable and cost-effective technique for monitoring of coastal water quality, because it provides synoptic views of the spatial distribution of CHL, CDOM and TSS concentrations, and water clarity of near-surface water. The data generated from regular daily satellite acquisition of the GBR region should help to identify patterns of spatial variation over scales of hundreds of meters to hundreds of kilometres and temporal scales of days to years. Management-relevant products from remote sensing data that provide information beyond that of a simple concentrations map are needed by management agencies to make more informed decisions. Regionally retrieval of water quality parameters from satellite imagery Based on studies conducted in the Fitzroy River estuary (Brando et al. 2006; Oubelkheir et al. 2006) and the Mossman Daintree coastal waters (Steven et al. 2007), it has been demonstrated that the NASA standard global Ocean Colour algorithms are inaccurate in nearshore GBR waters (Qin et al. 2007). Subsequently there has been considerable effort in developing regionally appropriate algorithms for these optically complex GBR waters. Studies commissioned by GBRMPA on water quality monitoring (Schaffelke et al. 2006) and optical characterisation of coastal waters et al. 2009) have also been undertaken and contribute to the development of regionally
Inshore 6402 366474 1670922 97% 94% 167831 1664520 85% 71% Midshelf 19813 5171193 63% 52% 579712 5151380 13% 6% 52387 29% 25% 0% 0% Summary of the exceedance maps for Non-algal particulate matter (NAP as a measure of TSS) for the dry and wet season for the Fitzroy region. 01-May-2012_31-Oct-2012 01-Nov-2012_30-Apr-2013 Region Area Number valid obs. Number total obs. Mean > > trigger Number valid obs. Number total obs. Mean > > trigger Inshore 6402 366474 1670922 53% 45% 167831 1664520 55% 40% Midshelf 19813 5171193 5% 4% 579712 5151380 3% 2% 52387 5% 1% 1% 0% Chlorophyll-a mean maps for the dry and wet season for the Fitzroy region. Mean for the dry season 2012 (May - October), Chlorophyll-a mean maps for the dry and wet season for the Fitzroy region. Mean for the wet season 2012/20123 (November 2012 - April 2013). Non-algal particulate matter (NAP as a measure of TSS) mean maps for the dry and wet season for the Fitzroy region. Mean for the dry season 2012 (May - October), particulate matter (NAP as a measure of TSS) mean maps for the dry and wet season for the Fitzroy region. Mean for the wet season 2012/20123 (November 2012 - April 2013).
Staff Nurse This position will be filled by a Registered Nurse that will be able to work closely with physicians, patients, referral sources and other members of the community. They will be goal driven and be able to work not only independently but also as an active team player in the medical community. Education Requirements: Minimum associate degree or diploma in nursing from an accredited nursing program with 2 years of experience in the nursing field and maintains a current licensure in the State of Michigan. Responsibilities: Reports directly to the Board of Trustees. Participates and attends monthly board meetings. Assists with the writing of grants for funding of the organization. Assesses patients with a head to toe assessment. Sets up patients medications for them for a 2 week period. Admits patients to the service and assesses what their needs are. Draw lab work as needed via venipuncture with physician order. Follows universal precautions. Communicates with physicians, nurses, referral sources, and other medical professionals regularly. Maintains patient confidentiality at all times. Supervises the Administrative Assistant.
providing information from personal liability based on activities during the review process. Immunity facilitates full participation in the review process. (2) Members of the committee shall not be questioned in any civil or criminal proceeding regarding the information presented in or opinions formed as a result of a meeting or communication of the committee; provided, however, that nothing in this Code section shall be construed to prevent a member of the committee from testifying to information obtained independently of the committee or which is public information. Regular reporting and dissemination of findings Specifying how often and to whom/to what entity the MMRC will report its findings and recommendations helps keep MMRC as a public health priority for the state and facilitates dissemination of best practices. : (g) Reports of aggregated non-individually identifiable data shall be compiled on a routine basis for distribution in an effort to further study the causes and problems associated with maternal deaths. Reports shall be distributed to the General Assembly, health care providers and facilities, key government agencies, and others necessary to reduce the maternal death rate. Multidisciplinary committee with local input The MMRC members should represent a variety of clinical and psychosocial specializations and members working in and representing diverse communities and from differing geographic regions in the state. Specifying committee membership facilitates diversity and inclusion of key stakeholder groups. : In appointing members to the task force, the commissioner shall: include members: working in and representing communities that are diverse with regard to race, ethnicity, immigration status, and English proficiency; and from differing geographic regions in the state, including both rural and urban areas; endeavor to include members who are working in and representing communities that are affected by pregnancy-related deaths and severe maternal morbidity and by a lack of access to relevant perinatal and intrapartum care services; and ensure that the composition of the task force reflects the racial, ethnic, and linguistic diversity of this state. Questions about MMRCs? Please contact at CDC Foundation, at AMCHP, and at ACOG. ACOG has a state toolkit with additional examples.
Physical Abilities: Ability to sit for long periods. Work requires walking, bending, standing, sitting, and reaching Skills and Proficiencies: 1. Ability to communicate effectively both orally and in writing. 2. Knowledge of medical credentialing & privileging procedures & Standards. 3. Knowledge of managed care credentialing & TJC Standards. 3. Ability to use independent judgment to manage confidential information. 4. Database management skills including querying, reporting & document generation. 5. Knowledge of general credentialing policies & procedures. 6. Superior organization skills. 7. Positive team player. GENERAL DUTIES: Conducts self in accordance with the company’s standard values and policies. Participates in a variety of educational programs, corporate and professional, to maintain current skill and competency levels. Please submit resumes to
In assessing options during the development of Melbourne Metro, the following matters were considered: Transport Integration Act 2010 Project Objectives Technical requirements Relevant technical reports Stakeholder and community views Relevant policies and legislative requirements. Figure Melbourne Metro planning and development process Project Options A detailed assessment was undertaken of horizontal and vertical alignment options and options for the location, alignment and construction of station boxes for Melbourne Metro. Design of the selected project options for Melbourne Metro has been developing over several years (as described in Chapter 2 Project Rationale and Benefits). Detailed design development would continue to refine elements of the project, including constructability and design issues for operational components. Melbourne Metro alignment options Alignment options for Melbourne Metro were assessed against the following criteria: Improving access to jobs in the Melbourne CBD and key employment hubs outside the city centre, and supporting and stimulating urban renewal Deliverability and extent of disruptions Cost (including upfront capital costs and operating and maintenance costs).
Deeper Advantages Ability to work around the clock for underground works Fewer interfaces between construction activities and the public Swanston Street largely accessible for all transport modes throughout construction, Collins and La Trobe Street remain as existing Trams through CBD – unchanged Temporary building closures avoided Significant reduction in the utility services requiring diversion Disadvantages More complex, although still common construction techniques Flinders Street impacted for two to three months (same as for shallow alignment) Domain The Domain precinct is of significant strategic importance to the planning and urban development of Melbourne. This area incorporates St Kilda Road, Melbourne’s most prominent boulevard and an established higher density residential and commercial precinct, and is surrounded by a mix of high and lower density office, educational and residential uses that generate a significant volume of road, public transport, walking and cycling trips. Several options were considered in this area, with two key alignment and station location options assessed, as shown on Figure Domain station, aligned under St Kilda Road Melbourne station, aligned under Kings Way. Figure Potential alignments and station locations in Domain and South Melbourne The provision of a station at Domain would provide significant connectivity benefits for people seeking to access the St Kilda Road employment and residential precinct and key civic and recreational facilities, relieving the St Kilda Road/Swanston Street tram corridor. It would also be an important interchange station between train and tram services for the area’s residential and business catchment.
A review of the legislative framework for the study area, including the Melbourne, Port Phillip, Stonnington and Maribyrnong Planning Schemes, the State and Local Planning Policy Frameworks, zones, overlays and other provisions, any recent planning scheme amendments and current strategic planning work. Planning schemes are discussed further in Section 9.5.1 with commentary on recent planning scheme amendments and relevant strategic planning policies provided in each precinct section (sections 9.9 – 9.17) A review of strategic planning policy to identify where the proposed works would impact on strategic plans and land use plans identified by the Government or the relevant municipality. This included a review of relevant Ministerial directions and planning practice notes A review of current planning permit applications and recently approved permits (since November 2011 and up until 15 December 2015) within the Melbourne Metro area that may impact on the construction of the project A baseline land use survey to identify existing and proposed land uses and development and adjacent to the Melbourne Metro area (including tunnels alignment, stations, portals, emergency access shafts and construction work sites) Identification of the land that may be required permanently or temporarily for the delivery of the project, including its current uses and sensitivities. This task included noting relevant infrastructure, networks and other elements that provide for connectivity within and between communities, to the extent that such features may be disrupted or additionally loaded due to proposed project works or activities A review of all Certificates of Title identified for acquisition Consultation with relevant State and local government agencies. As planning schemes and strategic planning studies are constantly evolving, this impact assessment is based on the relevant planning schemes as at 7 December 2015. Existing Conditions Melbourne Metro would have works and infrastructure within four local government areas. Most of the works would be located in the City of Melbourne, with some works also proposed to be located within the Cities of Port Phillip, Stonnington and Maribyrnong. The alignment would traverse eight suburbs: West Footscray, Kensington, North Melbourne, Parkville, Carlton, Melbourne, South Melbourne and South Yarra. As at the 2011 Census, these suburbs were home to 102,028 people and contained 58,427 dwellings.
Noise and vibration risks Impact pathway Project phase Precincts Residual risk rating Category Potential Vibration Construction of Melbourne Metro – tunnelling Vibration levels from tunnelling exceeding Guideline Targets for human comfort Construction 1 – Tunnels 4 – Parkville station Medium Vibration Construction of Melbourne Metro – tunnelling Vibration levels from tunnelling exceeding Guideline Targets for human comfort Construction 5 – CBD North station 6 – CBD South station High Vibration Construction of Melbourne Metro – tunnelling Vibration levels from tunnelling exceeding Guideline Targets for equipment Construction 4 – Parkville station Medium Vibration Construction of Melbourne Metro – tunnelling Vibration levels from tunnelling impacting on Highly Sensitive Areas (hospital wards, operating theatres) Construction 4 – Parkville station Medium Vibration Construction of Melbourne – general construction activities (not including tunnelling) Vibration levels from general construction exceeding Guideline Targets for structural damage Construction 4 – Parkville station Medium Vibration Construction of Melbourne – general construction activities (not including tunnelling) Vibration from general activities exceeds Guideline Targets for human comfort Construction 1 – Tunnels 4 – Parkville station 5 – CBD North station 6 CBD station Medium Vibration Construction of Melbourne Metro – general construction activities (not including tunnelling) Vibration exceeds Guideline Targets for equipment Construction 4 – Parkville station High
To protect the amenity of Bio-resources and sensitive research during construction and operation the following criteria apply: Background noise should be kept below 50 dB and should be free of distinct tones (internal) Short exposure should be kept to less than 85 dB (internal). Notes 1 The levels above should take into consideration the frequency threshold for the Bio-resource under consideration. 2 Higher levels may be acceptable if it can be shown that the Bio-resource under consideration is exposed to higher levels and is not adversely impacted by them. Stakeholder consultation Selection of methodology/ equipment Noise monitoring 4 – Parkville station 5 – CBD North station Construction/ operation NV012 Appoint an acoustic and vibration consultant to predict noise and vibration and determine appropriate mitigation to achieve the Environmental Performance Requirements. The acoustic and vibration consultant would also be required to undertake commissioning noise and vibration measurements to assess levels with respect to the Environmental Performance Requirements. All Operation NV030 to NV038
Flooding is a possibility that flooding of the tunnels and stations could occur during construction if a significant flood or rainfall event occurs. Such flooding would have potentially serious implications for the health and safety of construction workers. This risk be reduced substantially by the adoption of the approach to flood immunity outlined in Section in the design of tunnel portals, station entrances and other critical infrastructure to provide appropriate protection for construction works and workers from the impacts of floodwaters and overland stormwater flows. This would be informed by a flood immunity risk assessment that considers a range of flood events, and to the requirements and satisfaction of the responsible authority and owner of the rail network. Areas identified as being potentially susceptible to major flood events are: Precinct 1 - Tunnels – where the tunnels are prone to flooding from the Yarra River entering the City Loop tunnel portal east of Flinders Street Station and then flowing into the Melbourne Metro tunnels through the cross-connection between the two at CBD North station Precinct 2 - Western portal – where areas around the existing rail embankment are in the Maribyrnong River floodplain Precinct 3 - Arden station – where land around the station box would be located in the Moonee Ponds Creek floodplain Precinct 6 - CBD South station – where areas along Swanston and Flinders Streets are prone to flooding from local stormwater runoff Precinct 7 - Domain station – where the station box is proposed to extend across an overland flow path Precinct 8 - Eastern portal – where the areas around the proposed portal are subject to flooding from the Yarra River. These potential impacts are discussed in greater detail under each precinct. Where required, design mitigation measures (such as flood gates) and emergency measures (such as flood warning systems and emergency evacuation procedures) would be developed and implemented to manage the impacts of large flood events. Disruption of Riverine and Drainage Temporary or permanent works undertaken for Melbourne Metro could obstruct riverine flood or overland drainage flows or result in a loss of flood storage. This could potentially increase flood levels or velocities, heightening the flood risk to infrastructure and property. However, these impacts can generally be avoided or mitigated.
Large trees that may access groundwater Trees within the project boundary are not considered to be groundwater dependent (see Technical Appendices R and S). Trees outside the project boundary have not been assessed but trees in low lying areas such as near watercourses or waterbodies are considered potentially groundwater dependent Construction Precinct 1 (tunnels between CBD and Domain stations) – Linlithgow Avenue shaft construction Precinct 6 - CBD South station Precinct 8 - Eastern portal Deep-rooted tree species in areas of shallow groundwater should be identified and their dependence on groundwater should be assessed. If found to be groundwater dependent, the trees within the area of drawdown should be irrigated throughout the period of drawdown Beneficial uses of groundwater at third party properties degraded by migration of contaminant plumes Moderate risk of impact on third party properties based on land use, presence of Groundwater Quality Restricted Use Zones and/or anthropogenic contaminants within predicted area of impact Construction Precinct 1 - Tunnels CBD North station to CBD South station Domain station to eastern portal (shaft in corner of Fawkner Park) Precinct 2 - Western portal Precinct 3 - Arden station Precinct 4 - Parkville station Precinct 5 - CBD station Precinct 8 - Eastern portal Likely to involve further investigation and/or mitigation measures, for example: Site specific risk assessment of contaminant location and concentrations Use of temporary recharge or discharge bores to prevent contaminant migration Minimisation of drawdown through construction techniques such as construction using a TBM or grouting of the tunnels
Continued access to services and facilities during the construction phase would be managed through the traffic management, business disruption and community and business involvement plans required by the recommended Environmental Performance Requirements. The need to maintain access to emergency and medical services in the Parkville precinct has been a key input to the development and design of Melbourne Metro. Amenity Amenity To minimise adverse air quality, noise or vibration effects on the amenity of nearby residents and local communities, as far as practicable, especially during the construction phase. The EES sets out the results of detailed modelling of the potential air quality, noise and vibration impacts of construction and operation based on the Concept Design. The modelling demonstrates that the project can be constructed and operated in compliance with applicable regulatory standards and best practice guidelines. The recommended Environmental Performance Requirements take into account the potential impacts on nearby residents, businesses and local communities and the special needs of health and education facilities in the Parkville station precinct. The technical appendices to the EES provide details of well-tested management actions and mitigation measures that could be used by the contractors to meet the air quality, noise and vibration targets set for the project. The recommended Environmental Performance Requirements also require monitoring for air quality, noise and vibration during construction, and establish the processes to be followed to implement additional mitigation measures if amenity threshold triggers are reached during construction. A thorough community consultation and notification process would also be undertaken before and during construction. These management measures would enable Melbourne Metro to maintain the required intensity of works (to minimise the construction period required), while maintaining a close watch on amenity effects during construction. Air quality and vibration during operation are not expected to create amenity issues The potential increase in operational rail noise created from additional rail services would require permanent noise treatments to protect a small number of properties near the tunnel entrances. These treatments would be designed in accordance with Victoria’s Passenger Rail Infrastructure Noise Policy. Cultural Heritage Cultural Heritage To avoid or minimise adverse effects on Aboriginal and historic cultural heritage values. A CHMP has been prepared alongside the EES to avoid and manage potential impacts to Aboriginal cultural heritage.
Station architectural, mechanical and electrical fit-out Track works and installation of rail systems Site remediation, including tree re-planting along Swanston Street and the restoration of Swanston Street, Flinders Street, City Square and Federation Square. Construction work sites would be located at the station entrances in City Square, Federation Square and the southern entrance fronting Swanston Street. During construction there would be partial and temporary closures of Flinders Street for construction of the pedestrian link to Flinders Street Station. Federation Square Precinct 7 – Domain Station Concept Design The new Domain station would be located under St Kilda Road, adjacent to Albert Road. The station would have three entrances: within the Shrine of Remembrance Reserve, within the relocated Domain tram interchange in the centre of St Kilda Road and within open space between Albert Road and St Kilda Road where the South African Soldiers Memorial is currently located. Construction activities and work sites The station would be constructed using a mix of top down and bottom up cut and cover construction. The main construction activities at the site would be: works, including the removal of trees, the relocation and protection of utilities and the relocation and protection of the South African Soldiers Memorial located within the Albert Road Reserve Relocation, removal or upgrade of traffic islands, trams stops and shelters along St Kilda Road, including the Domain tram interchange Station structural works Station architectural, mechanical and electrical fit-out Track works and installation of rail systems Site remediation, including landscaping and tree re-planting, and the restoration of St Road (including tram stops) Restoration of Edmund Herring Oval and Albert Road Reserve.
Competency Register Name: Sol Trader Position: owner/driver Activity: Training conducted by: Reference: Date: Signature: Pre-trip inspection Sol Trader MMS 2.4 1/1/2011 ST Defect reporting Sol Trader MMS 2.5 1/1/2011 ST Defect clearance Sol Trader MMS 2.5 1/1/2011 ST Carrying out mechanical repairs / maintenance Institute of Mechanics Certificate of Proficiency no.1234567 21/7/1995 N/A Vehicle safety inspections Institute of Mechanics Certificate of Proficiency no. 1234567 21/7/1995 N/A (Expand as required). Sample competency register The table below has been left blank for you to use as a sample competency register. The following person has undertaken training for the activity applicable to their role. Competency Register Name: Position: Activity: Training conducted by: Reference: Date: Signature: Pre-trip inspection Defect reporting Defect clearance Carrying out mechanical repairs / maintenance
Mississippi Main Street Association Areas of Service Bob Wilson, Executive Director Belzoni Brookhaven Cleveland Greenville Greenwood Indianola Leland Madison MEC MEDC MML Raymond UMMC Vicksburg Jan Miller, District Director Aberdeen Amory Baldwyn Booneville Columbus Grenada Holly Springs Houston Kosciusko Louisville/ Noxapater Macon New Albany Okolona Pontotoc County Ripley Starkville Tupelo West Point Winona Jeannie Waller, District Director/ Community Relations Batesville Belhaven Byhalia Canton Clinton Como Corinth Hernando Olive Branch Oxford Senatobia Tunica Water Valley Stacy Pair, District Director Bay-Waveland Biloxi Carthage Columbia Covington County/Collins Forest Gulfport Hattiesburg Laurel Long Beach McComb Meridian Moss Point Natchez Ocean Springs Pascagoula Pass Christian Philadelphia Picayune Port Gibson Union Wesson Woodville
[3 marks] d. Find the value of . [1 mark] Question 4 A part of the track for Pythag's model train follows the curve passing through A, B, C, D, E and F shown above. Pythag has designed it by putting axes on the drawing as shown. The track is made up of two curves, one to the left of the y-axis and the other to the right. B is the point (0, 7). The curve from B to F is part of the graph of f (x) = px3 + qx2 + rx + s where p, q, r and s are constants and f '(0) = 4.25
a. i. Show that s = 7 ii. Show that r = 4.25. [1+1=2 marks] The furthest point reached by the track in the positive y direction occurs when x = 1. Assume p > 0. b. i. Use this information to find q in terms of p. ii. Find f (1) in terms of p. iii. Find the value of a in terms of p for which f ′(a) = 0 where a > 1. iv. If a = , show that p = 0.25 and q = -2.5. [2 + 1 + 2 + 2 = 7 marks] For the following assume f (x) = 0.25x3 2.5x2 + 4.25x + 7. c. Find the exact coordinates of D and F.