...Patton-Fuller Community Hospital's Structure and Functional Relationships Contribute to Its Success In this paper,I plan to analyze the reasons for Patton-Fuller Community Hospital's existence and organizational structure and identify the company's collaboration process and the roles of key stakeholders in order to achieve organizational goals. The results of each areas responsibility needs to contribute to the achievement of the company's outcomes and results, helping the company move towards the chosen strategic path. Moreover, I will provide an example of the use of lateral collaboration and vertical collaboration within the organization, and prepare an action plan to use lateral and vertical collaboration. Lastly, I will recommend the collaborative interactions among the key stakeholders to facilitate the organization's success. Reasons for Existence: Patton-Fuller Community Hospital is a non-for-profit healthcare organization that has provided a broad array of superior quality services and facilities to the city of Kelsey and the surrounding communities since 1975. The hospital provides specialized services such as emergency medical care, surgery, labor and delivery, physical therapy and radiology for adults and children. "As one of the first hospitals in Kelsey, they are also committed to providing a variety of programs that will support the health and welfare of their local community populations" (Apollo Group, 2006). The primary reasons for Patton-Fuller Community...
Words: 1765 - Pages: 8
...the relationship of organizational structure, control and culture? When would a company decide to change from a functional to a multidivisional structure? Between the structures, the controls and the culture is a relationship that works like a chain that is locked to itself. Organizational structure specifies procedures, controls, and decision-making authority. It is critical to match organizational structure to the company strategy. The structure have the purpose of manage the firm’s daily work routines, explore new resources and competitive possibilities, distribute resources. This is a chain because every company is made by employees of different levels, background, and history and believes. Thru the interaction between them and the company structure and function is where we can find the culture. The controls are created by the structure that the organization have created with the purpose of motivate employee's. Organizational controls provide guide strategy implementation, identify differences between actual & expected results, suggest which corrective actions to take. The organizational culture is shaped by the people through shared values and norms. The controls are used for example in the interaction with internal and external resources. There are different control establish in different areas that the structure have design and in must company’s you can observe and notice the difference in culture thru the organization structure and which controls are presented...
Words: 593 - Pages: 3
...have a human resource deparment. All HR deparments have roles that play for the organization regardless of the type and size. The purpose of the human deparment is to assist the human portion of the company. Its imporant that each organization has a HR deparment that is effiecient and has great quality this benefit the organization is varies ways. The functional roles of the HR deparment are very important towards the human because human are known to be very important to an organization. (Stringer) A very imporant function of the HR deparment is recruiment. The role of the recruiment function is to make sure that they recruit the right people for the job. (Stringer) They also then have made sure the each person they hired is in the correct job postions based upon their skills and abilities. This is a very important job and has a huge impact on the impact because as long as the employee do their jobs correct the organization will be a success. They also help with the interview process testing the employee abilities that they have for the job. Training the employees for the skills that are required for a job is also a functional role of the HR deparment. They have a trainging specialist that teaches the employees the learning objective and methods they need to do their job correctly. (Stringer) Most time the training is for leadership jobs such as supervisors and managers. They have to provide them with correct resources they need to evaluate an employee. They also teach them...
Words: 543 - Pages: 3
...ANALYSIS OF PROGRAMMING LANGUAGE PARADIGMN BY GROUP 4 (M. Sc.) CSC 801 PROGRAMMING LANGUAGE PARADIGMNS TERM PAPER SUBMITTED TO THE DEPARTMENT OF COMPUTER SCIENCE, UNIVERSITY OF LAGOS, AKOKA June, 2015. ABSTRACT This is a survey on the programming languages paradigm: Imperative, Scripting, logic, Functional, object oriented and Markup. Our survey work involves a comparative study of these six programming languages with respect to the above programming paradigm using the following criteria: secure programming practices, web application development, OOP-based abstractions, reflection, Reusability, Portability, Reliability, Readability, Availability of compilers and tools, Familiarity, Expressiveness We study these languages in the context of the above mentioned criteria and the level of support they provide for each one of them. TABLE OF CONTENT 1. OVERVIEW OF PROGRAMMING LANGUAGE PARADIGMS 1.1 INTRODUCTION 1.2 CRITERIA OF LANGUAGE COMPARISON 2. IMPERATIVE LANGUAGES 2.1 Imperative Paradigm 2.1.2 Java as an Imperative Paradigm 2.1.3 Criteria 3. SCRIPTING LANGUAGES 3.1 Scripting Paradigm 3.2 Php as an Scripting Paradigm 3.3 Criteria 4. FUNCTIONAL LANGUAGES 4.1 Functional Paradigm 3.2 Php as an Scripting Paradigm 3.3 Criteria 5.1 LOGIC LANGUAGES 5.1.1 Readability 5.1.2 Ease of Learning 5.1.3 Ease of Maintenance 5.1.4 Extensibility 5.1.5 Pedagogy 5.1.6 Portability 6.1 OBJECT ORIENTED LANGUAGES (OOL) 6.1.1 Readability 6.1.2 Ease of Learning 6.1.3 Ease of Maintenance...
Words: 4013 - Pages: 17
...Chapter 2 : Biological Molecules End of this chapter the student will learn about: a) What is the Functional groups and types. b) Macromolecules a) The build up of covalent bond by condensation or dehydration. b) The brake up of covalent bond by hydrolysis c) The chemical elements of life: a review Functional groups contribute to the molecular diversity of life • The components of organic molecules that are most commonly involved in chemical reactions are known as functional groups. • Functional groups are attachments that replace one or more hydrogen atoms to the carbon skeleton of the hydrocarbon. • Each functional groups behaves consistently from one organic molecule to another. • The number and arrangement of functional groups help give each molecule its unique properties. • The basic structure of testosterone (male hormone) and estradiol (female hormone) is identical. • Both are steroids with four fused carbon rings, but they differ in the functional groups attached to the rings. • These then interact with different targets in the body. Fig. 4.8 • There are six functional groups that are most important to the chemistry of life: hydroxyl, carbonyl, carboxyl, amino, sulfhydryl, and phosphate groups. • All are hydrophilic and increase solubility of organic compounds in water. Functional groups are specific groups of atoms within molecules that are responsible for the characteristic chemical reactions of those molecules. ...
Words: 844 - Pages: 4
...Week 13 Case Questions 1. Explain a surgical team as a kind of functional group. What features does it share with most functional groups? What features distinguish it from most functional groups? So if I was to explain a surgical team as a functional team it would have to be this: The doctor accesses the patients, the nurses reassess the patients and confirm what the doctor are doing with them and then the anesthesiologist does the same, so everyone knows that they are on the same page. They all confer with one another to come to a positive outcome to any procedure or project they are attempting. Whereas other groups are just trying to satisfy a customer, surgical teams are having to put their reputations and jobs on the line for their profession. 2. Explain a surgical team in terms of its role structures. What factors might lead to role ambiguity? To role conflict? To role overload? Role Structures: Dr.-Head of surgical team, Surgical Nurse – Pain Management and Dr.’s assistant, Anesthesiologist- pain management Role ambiguity- When one or more are doing practically the same job and neither knows what the other is doing. Role Conflict: When the Dr. is telling the nurse one thing, she/he miss understands tells the anesthesiologist something else. Role overload- When one or more of them think they know more about the procedure than the other and they are not capable of doing more than there job. 3. Explain how surgical team...
Words: 410 - Pages: 2
...Abstract Cancer is a generic term to describe a group of diseases which came in form of uncontrolled proliferation of cells. There are over 200 different types of cancer have been recognized, each of which acquires its name uniquely according to the type of issue the cell originates in. Many cancer victims succumb to cancer not because of the primary tumor, but the systematic effects of metastases on other regions away from the affected site. Therefore many treatment and research aim to prevent the metastatic process at the early period. There are currently many therapies in clinical use, and many advanced technologies that help to achieve better result and nanotechnology is the potential candidate to fight against cancer. Nano-materials such as Carbon-nanotubes (CNTs)1, quantum dot, and dendrimers all have unique properties that can be taken advantage of for diagnosis and treatment of cancer. CNTs have the potential to deliver many types of drug directly to targeted cells and tissues at a much higher efficiency compared to the conventional methods. With the help of many recent discoveries in nanotechnology based materials, determining the toxicity of nanoparticles is also a very important task. Thus, in this review, the experiment aims to explore the biomedical application of carbon-nanotubes with the particular emphasis on the use as oncologic therapeutic agent. Introduction United States holds number 7 in the top ten highest overall cancer rates at 300 per 100,000 of the...
Words: 1186 - Pages: 5
...The wool absorbed the dye the strongest followed by the silk. Cotton and nylon absorbed the dye slightly giving a yellow color. Polyester did not absorb the dye well at all. Because of wools structure, which contains amine and ketone groups, it is very polar. It is also an amino acid chain (poly peptide). The polarity of the wool enables the methyl red (which is also very polar because of 1 carboxylic acid group, tertiary nitrogen, and a double bond nitrogen bridge that connects the two aromatic rings of the methyl red molecule) to bond with the wool very well. The biggest factor in which the dye bonds to the wool is that hydrogen bonds can form between the OH on the dye and the Nitrogens and Oxygens within the amino acid structure. Silk absorbed very well also. This is because the nitrogens and carbonyls within the polypeptides in the amino acid sequence of the silk fabric. This allows for the Hydrogen bonding between the OH of the dye and the carbonyl and Nitrogens within the polypeptide chain. Also, the polarity of these polar amino acids allow for better dying of the silk fabric. Nylon and cotton were not dyed as easily because not as much hydrogen bonding could occur. Many hydroxyl groups are present on cotton. These are the only functional groups on cotton that can hydrogen bond with the dye. Other than the hydroxyl groups that are present on the cellulose that...
Words: 520 - Pages: 3
...Answer Briefly: 1. (a) Define the following. Saponification Functional Group Isomerism 2. Explain how will you prepare following. Carbolic Acid from Benzene Acetaldehyde from acetylene Acetal from formaldehyde 3. What are phenols? How are they classified? Explain why phenols are acedic in nature. 4. What are Organometallic compounds? How will you prepare the following from methyl magnesium bromide. Vinegar Isopropyl Alcohol Ethane 5. Draw the structures and give the I.U.P.A.C names of the following. Vinyl Chloride Neo-pentae Tert-butyl methyl ether Picric acid 6 . What product or products are formed when the following compound is nitrated. Bromo Benzene Nitro Benzene 7 . What is methylated spirit? Give its composition. 8. Partial hydrogenation of 2-Butyne forms two geometrical isomers. Write the equation and the condition necessary to obtain these isomers. 9. –COOH and –CN groups deactivate the benzene ring. a. Which property of these groups causes this deactivation? b. Giving a suitable example compare the directive influence of –NO2 and –Cl group, when attached with benzene. (OR) Benzene is a highly unsaturated compound, but it does not give addition reaction with bromine even in the presence of Lewis acid. Name and explain the process which gives this extra stability to benzene. Q.10 . a. In the preparation of alkyl halides from alcohols SOCl2 is the best reagent...
Words: 492 - Pages: 2
...Table of IR Absorptions Functional Group Alkyl C-H Stretch Alkenyl C-H Stretch Alkenyl C=C Stretch Alkynyl C-H Stretch Alkynyl C=C Stretch Aromatic C-H Stretch Aromatic C-H Bending Aromatic C=C Bending Alcohol/Phenol O-H Stretch Carboxylic Acid O-H Stretch Amine N-H Stretch Nitrile C=N Stretch Aldehyde C=O Stretch Ketone C=O Stretch Ester C=O Stretch Carboxylic Acid C=O Stretch Amide C=O Stretch Amide N-H Stretch Characteristic Absorption(s)(cm-1) Notes Alkane C-H bonds are fairly ubiquitous and 2950 - 2850 (m or s) therefore usually less useful in determining structure. 3100 - 3010 (m) 1680 - 1620 (v) Absorption peaks above 3000 cm-1 are frequently diagnostic of unsaturation ~3300 (s) 2260 - 2100 (v) ~3030 (v) 860 - 680 (s) 1700 - 1500 (m,m) 3550 - 3200 (broad, s) 3000 - 2500 (broad, v) 3500 - 3300 (m) See "Free vs. Hyrdogen-Bonded Hydroxyl Groups" in the Introduction to IR Spectra for more information Primary amines produce two N-H stretch absorptions, secondary amides only one, and tetriary none. 2260 - 2220 (m) 1740 - 1690 (s) 1750 - 1680 (s) 1750 - 1735 (s) 1780 - 1710 (s) 1690 - 1630 (s) The carbonyl stretching absorption is one of the strongest IR absorptions, and is very useful in structure determination as one can determine both the number of carbonyl groups (assuming peaks do not overlap) but also an estimation of which types. 3700 - 3500 (m) As with amines, an amide produces zero to two NH absorptions depending on its type....
Words: 257 - Pages: 2
...CHAPTER 12 HYDROCARBONS 12.2 Alkenes Learning Outcomes At the end of this topic, students should be able to: a) Describe alkenes as unsaturated hydrocarbon with the general formula CnH2n, n≥2. (b) Draw the structures and name the compunds according to the IUPAC nomenclature for: i) straight chain and branched alkenes (parent chain ≤ C10) ii) cyclic alkenes (C3-C6) iii) simple dienes (C4-C6) 2 Learning Outcomes At the end of this topic, students should be able to: c) Show the preparation of alkenes through: i) dehydration of alcohols ii) dehydrohalogenation of haloalkanes d) Write the mechanism for c(i) e) State Saytzeff’s Rule. f) Deduce the major product of elimination reaction. 3 Alkenes - General formula CnH2n , n 2. - Functional group C=C double bond - Unsaturated hydrocarbon - C═C 1 σ bond and 1 π bond A B C=C A B Restricted rotation of carbon-carbon double bond causes cis-trans isomerism 4 Alkenes Cycloalkenes - General formula CnH2n-2 - Isomeric to alkynes CnH2n-2 Example : C4H6 CH2 CH CH2 Functional group isomerism CH CH3C – CCH3 5 Alkenes Common Names Of Alkenes Many older names for alkenes are still in use … example: CH2 CH3 CH2 ethene ethylene CH2 CH CH3 CH2 2–methylpropene isobutylene CH3 CH3 propene propylene C CH3 C CH CH2 2–methylbut-1,3-diene 6 isoprene Alkenes IUPAC...
Words: 555 - Pages: 3
...Human Computer Interaction Contents 1:Human Computer Interaction .....................................................................................................1 2:User's Classification Based on Literacy .....................................................................................1 2.1:Functional Illiterate .....................................................................................................1 2.2:Absolute Illiterate .........................................................................................................1 3:Interfaces for Absolute Illiterate...................................................................................................2 3.1:Visual Aids..............................................................................................................2 3.2:Audible instructions. ...............................................................................................2 3.3:Easy Navigations.....................................................................................................2 3.4: Text Free User Interfaces. ......................................................................................2 3.5:Combination of Visual and Audible instruction......................................................3 4:Recent Works for Illiterate ..........................................................................................................3 4.1:SmartPhone Application for Farmers ....
Words: 1195 - Pages: 5
...Unit 2 Review: Answers: Review for Organic Chemistry Unit Test 2. a) b) c) Write the IUPAC names for the following organic molecules: acetone: propanone d) acetylene: ethyne acetic acid: ethanoic acid e) toluene: methyl benzene formic acid: methanoic acid f) isopropyl alcohol: 2-propanol 3. Be able to use physical or chemical properties to distinguish between organic substances. For example, identify one physical or chemical property you could use to distinguish between the following pairs of organic substances: a) 2-butanol and 2-methyl-2-propanol: • 2-butanol is a secondary alcohol so it will undergo oxidation reactions with [O] to produce butanone (a ketone). An oxidizing agent such as KMnO4 or Na2Cr2O7 will change colour to indicate the reaction • 2-methyl-2-propanol is a tertiary alcohol, so it will not undergo an oxidation reaction with [O]. The oxidizing agent will not change colour b) cyclopentane and cyclopentene: • cyclopentane is saturated while cyclopentene is unsaturated • if bromine in water is added to both compounds, the cyclopentane will not remove the orange colour of the bromine, but the cyclopentene will turn the bromine colourless c) butane and 1-butanol: i) solubility in water: butane is a hydrocarbon so it is non-polar and will not dissolve well in water, while 1-butanol is an alcohol so it is polar and is miscible in water ii) state at SATP: butane is a very short chain alkane so it is a gas a SATP. Butanol, because it is polar, is a liquid at SATP iii)...
Words: 1921 - Pages: 8
...Running head: ASSIGNMENT 2: USE CASES Assignment 2: Use Cases Lawrence A. Mayo, Jr. Dr. Johnnie E. Drake CIS 210 11/4/12 Abstract Your abstract should be one paragraph and should not exceed 120 words. It is a summary of the most important elements of your paper. All numbers in the abstract, except those beginning a sentence, should be typed as digits rather than words. To count the number of words in this paragraph, select the paragraph, and on the Tools menu click Word Count. Assignment 2: Use Cases A use case is a methodology that is used in system analysis as a means to identify, clarify, and organize system requirements. The use cases has make up of several possible sequences for users to interact with a system of a particular environment that is in relation to a particular goal. There are a group of elements that the use case consists of, these elements in be in either the classes or interfaces category. Use cases give a description of how users will perform tasks. There are two main parts of a use case; the steps a user will take to accomplish a particular task on the ATM machine, and the way the ATM should respond to the user's actions. A use case will begin with a user's goal and end when that goal is fulfilled. A use case will describe the interaction sequence between a user and an ATM machine. Each use case captures the actor (the user of the ATM machine), the interaction (what does the user want to do?), and the goal (what is the user's goal?). Writing...
Words: 1139 - Pages: 5
...Inductive Triple Graphs: A purely functional approach to represent RDF Jose Emilio Labra Gayo1 , Johan Jeuring2 , and Jose María Álvarez Rodríguez3 1 University of Oviedo Spain labra@uniovi.es Utrecht University, Open University of the Netherlands The Netherlands j.t.jeuring@uu.nl 3 South East European Research Center Greece jmalvarez@seerc.org 2 Abstract. RDF is one of the cornerstones of the Semantic Web. It can be considered as a knowledge representation common language based on a graph model. In the functional programming community, inductive graphs have been proposed as a purely functional representation of graphs, which makes reasoning and concurrent programming simpler. In this paper, we propose a simplified representation of inductive graphs, called Inductive Triple Graphs, which can be used to represent RDF in a purely functional way. We show how to encode blank nodes using existential variables, and we describe two implementations of our approach in Haskell and Scala. 1 Introduction RDF appears at the basis of the semantic web technologies stack as the common language for knowledge representation and exchange. It is based on a simple graph model where nodes are predominantly resources, identified by URIs, and edges are properties identified by URIs. Although this apparently simple model has some intricacies, such as the use of blank nodes, RDF has been employed in numerous domains and has been part of the successful linked open data movement. The main strengths...
Words: 5524 - Pages: 23
