Theodore Roosevelt Essays - Theodore Roosevelt, Cowboys,

Theodore Roosevelt THEODORE ROOSEVELT Theodore Roosevelt was more than just the 26th president of the United States. He was a writer, historian, explorer, big-game hunter, soldier, conservationist, ranchman and Nobel Peace Prize winner. It is not surprising that his life was known as The Strenuous Life. Theodore was born into a wealthy and socially prominent New York family in 1858. Although with a quick mind he was not blessed with a strong body. He suffered from life-threatening asthma attacks throughout his childhood. Spurred on by his father, Theodore began to build up his body by strenuous exercise, and by adulthood he had become a model of physical courage and toughness. Early Political Life. As a young man Roosevelt decided on a dual career; law and politics. At the time, New York politics was dominated by men involved in machine politics. Yet he persisted in getting to know and understand them, while at the same time attending Columbia Law School. Eventually he secured the friendship of a man named Joe Murray who was able to get him nominated as a 21st District State Republican Assemblyman. Together, with Murray's contacts and knowledge of machine politics and his own family and social connections, Roosevelt was able to easily win the election. He was 23 and in Albany. Theodore served three terms in the New York Assembly. Roosevelt was a delegate to the Republican convention, and as a matter of principle he vigorously opposed the leading candidates - James G. Blaine and President Arthur. Roosevelt supported a reformer, Senator George F. Edmunds. In the end Blaine won the nomination, and this put Roosevelt in a difficult position. He did not believe that Blaine was honest, yet if he followed the example of other progressives and did not support him he realized he would be through in the Republican party. He supported Blaine. When Blaine lost Theodore received no political position, and his political career was over. Ranchman Roosevelt not only suffered political defeat in 1884 but deeply personal defeats as well. On the same day both his mother and wife died. These disappointments led to a radical change in Roosevelt's life. He decided to move to the Dakota Badlands to become a rancher. At the time many people thought that this was a good way to become rich. The Dakotas were not like the East - life could be a little wild and woolly. Resolution of disputes was done at the end of a gun, and thieves were often hanged as soon as they were caught. Roosevelt excelled at this rough and tumble way of life and earned the respect and devotion of the men around him. Roosevelt, however, did not excel at making money. He lost about half of his entire capital in ranching. But what he gained was, in the long run, of much greater value. The men he met there were to later join the famous Rough Riders whose exploits were the major impetus to his political success. In 1886 Roosevelt returned to New York to marry a childhood friend - Edith Carow. Together they had a very successful marriage and produced five children in addition to Alice, Roosevelt's child by his first marriage. Politics was still the place that Roosevelt wanted to be, but there were not many opportunities since his party was out of power. In order to support his family Roosevelt spent his time writing. This was not a new vocation for Roosevelt. Equally at home hunting for a book as hunting for a bear he wrote his first book The Naval War of 1812 while in law school and running for the New York Assembly. By the end of his life he had written and published dozens of books. Reformer In 1888 Roosevelt saw his chance to jump back into politics by campaigning for the election of Benjamin Harrison. When Harrison won he appointed Roosevelt to be a Civil Service Commissioner. It was with this job and later as Police Commissioner that Roosevelt made his reputation as a reformer. At the time both the Civil Service and the New York Police Department had serious corruption problems. Roosevelt did his best to clean up the corruption and make things work fairly. For

Having Admission Essays Explained by a Professional

Having Admission Essays Explained by a Professional If you are having difficulty with your admissions essay and would like to have the process of writing admission essays explained in a easy way that you can understand, then I strongly recommend that you seek council from a professional admissions essay editor. Available for a variety of different services, professional editors can make the task of having to write a college admission composition much simpler. If you are interested in learning more about professional essay editors, please read on. Most professional editing companies offer a variety of services to students in need. Services can range anywhere from one-time proof reading to step-by-step guidance through the entire admission essays writing process. Prices for these services can cost anywhere from $30 to $1,000. If you are interested in hiring a professional editor, make sure that get specific details on the services offered and the prices attached. I can tell you from first hand experience that hiring a professional editor to help with your admission essay is an excellent decision. Depending what type of editing package you buy, you can receive one-on-one personal attention from one of several qualified, Harvard-educated editors, you can have all of your drafts read and corrected, and you can even get outline and/or creativity advice from an editor who will help you construct your paper from scratch! Whatever assistance you need, you can rest assured that there is a qualified editor willing and ready to help. I cannot stress enough how wonderful it was to have an editor assist me in the admission essays writing process. Although I did all of the actual writing by myself, it was terrific to have someone to whom I could turn for guidance and/or suggestions. If you are interested in getting help with your composition and/or having admission essays explained, I encourage you to contact a professional and reliable editor.

Enterprise Rent-A-Car A Market-Driven Company Case Study

Enterprise Rent-A-Car A Market-Driven Company - Case Study Example In order to ensure that it meets it aim, the Enterprise relates to other institutions such as insurance toward providing proper services to its customers. The case analysis makes use of customer value funnel in order to realize the way the company relates to its macorenvironmental and microenviromental. The company acts as the biggest company offering the rental cars to the public. The macroenvironmental drivers include Society and subcultures, Demographics and Psychographics, Economic Factors, Natural-Physical Factors, Political-Legal Factors, Technological Factors while the microenviromental drivers include, Collaboration, Competition, Suppliers and Regulators.The company must always put proper strategies towards manipulating the macroenvironmental factors to help in delivering continuous value to the customer.Society and subcultures.The society and the existing subcultures is important when studying how the Enterprise strive towards ensuring continuous value to the customer. The E nterprise have to consider the essential needs of the society, which always affect the taste of the individuals about the product or service they consume. For instance, the company maintain the need for a friendly environment to ensure that it does not interfere with everyday activities of the residents. The company has established a fuel efficient rental car opportunity which is a step towards offsetting the amount of carbon released in the atmosphere. Demographics and Psychographics Study of demographic is significant since it helps in showing how the company is striving to serve its potential customers in a given geographic location. The company also consider the need to reach a wider part of the market in order to provide services for all their potential customers. The case study shows that the enterprise has established branches and is in the process of increasing its size in order command larger part of the market (Weinstein, 2012). This have allowed the company to offer local ized response to its potential customers. Economic Factors This refers to how the company relates to the global economy towards achieving profits. The case analysis shows that the Enterprise has been able to gain control in the North American rental car industry. This is a step towards enlarging the market share of the company which ultimately led to improvement in the profit. Technological Factors This refers to how the company is striving to improve its services to the customers through application of technological advancements. Technological advancement is significant for every contemporary firm especially when there is need to avoid becoming obsolete (Weinstein, 2012). The company looks forward to develop iPhone application

Research methodology.research methods Dissertation

Research methodology.research methods - Dissertation Example There are different styles of research which are in practice, including the document study which is exploratory one, the questionnaire study which is analytical and the interview study which is based on theoretical observations. Document study is about collecting facts, while interview and questionnaire methods are to understand individuals’ perceptions in the descriptive and theoretical manner (Bell, 2010). Interview research uses non-numerical and unstructured data, more than this, it has research questions which are more general at the start, and get specific as the study progresses (Teddlie, 2009). This chapter introduces three methods of research; the interview, the questionnaire, and the document research methods. Furthermore, the strengths and weaknesses of each of the method will be highlighted. The chapter also discusses the ethical code of conduct of the study. Introducing the Research Methods (Interview, Document and Questionnaire) Document Method (Strengths and Wea knesses) First method is the document research which is based on analysis of primary and secondary documents. The primary documents may include the experimental data, such as responses’ data of a particular company or organization. Secondary documents may include books, periodicals, journal articles and scholarly abstracts which assist the researcher to collect secondary-theoretical information on the study (Johnson & Christensen, 2010). There are two main sources of data collection in document research: secondary and primary documents (Guest, 2011). Further, the document research applies two approaches: source-oriented document research and problem-oriented document research. The source-oriented research means collection of the secondary documents which is to build the ground of the research - the subject. On the other hand, problem oriented research refers to collection of the primary documents which aim is to identify the problem, objective and purpose of research (Johnson & Christensen, 2010). One weaknesses of document research is that it entails a large set of data from documents, which needs to be filtered out for conducting the research. Apart that, document method applies to the HRM subjective studies and therefore provides the reason to the researcher to get it adapted for its research (Teddlie, 2009). The Questionnaire Method (Strengths and Weaknesses) The second common research method is the questionnaire which is based on a designed set of closed-ended questions (Griffith & Layne, 1999). The researchers had to have a certain aim before they apply the questionnaire method. As the method requires certain objectives, they limit the method with its purpose of application. Moreover, as the questionnaire is designed on the basis of close-ended questions, it cannot produce the effective descriptive information on the study which is the most essential to conduct a research. The responses collected through questionnaire are fixed and not changing, t hey are more specific and less detailed (Griffith & Layne, 1999). Interpretation and findings in questionnaire are entirely based on statistical elaboration. The more effective the statistical analysis of the study is, the more useful and effective the information will be in the questionnaire to get used as findings or interpretation. The Interview Method (Strengths and Weaknesses) The third adaptive method is the interview, which is based on formation of thematic questions and questions to be deployed on interviewees for thematic answers. The interview is in a way similar to questionnaire method, as it details questions; but still it differs as it brings descriptive information from the respondents (Griffith & Layne, 1999). The interview guideline based on a set of thematic questions can generate productive information for research. It can bring changing perception of individuals and also changing opinions of respondents on a particular subject or theme, which a questionnaire canno t do (Griffith & Layne

Administrative Decision Making & The Constitution at Work Essay

Administrative Decision Making & The Constitution at Work - Essay Example Additionally, differences among administrative theory would tend to vary on matters between management and operation, for example, the difference between getting things done and doing things. However, no matter the number of evolving administrative theories, it is the same skill that is required universally; in the industry; government as well as home management (Kennedy and Shultz 2011). The policy/administration dichotomy was a leadership theory that was popular during the early years of public administration mostly due to business principles used in managing the government (Henry 1975). As years passed by, dichotomy requested for politics to be removed in the administration section of the government. This left politics to officials elected who make policy. In short, Reformers used the idea of policy/administration dichotomy to reform/ change the government structure particularly in both politicians and administrators. The dichotomy theory did not intend to threaten those in power because it ensured that politicians would make relevant policies and other related decisions whilst the administrator would be the person in charge of implementing the made policies. Political neutrality is vital because it enabled the different government officials that are the politicians and the administrators to stick to their roles and ensured that no role was duplicated. In the past , public administration performed in public organization which was only in the grounds of accounting instead of, the actual performance of implementing existing policies. Today, public administration role in decision making is an important role, particularly in the management of and, control of public bureaucracy (Kennedy and Shultz 2011). The six paradigms by Henry clearly illustrate how public administration has changed and become more defined over the years. The first paradigm is about

Liquid Liquid Equilibrium of Pold (Ethylene Glycol)

Liquid Liquid Equilibrium of Pold (Ethylene Glycol) LiquidLiquid Equilibrium of Poly (ethylene glycol) 1500 + di-Potassium Tartrate +Water at different pH (6.41, 7.74 and 9.05) Alireza Barani Chemical Engineering Department,Faculty of Engineering, Shomal University, Amol, PO Box 731, Iran Mohsen Pirdashti[1] Chemical Engineering Department,Faculty of Engineering, Shomal University, Amol, PO Box 731, Iran Abbas Ali Rostami Chemical Engineering Department,Faculty of Engineering, Shomal University, Amol, PO Box 731, Iran Abstract: Liquid liquid equilibrium (LLE) data have been determined for aqueous two-phase systems (ATPSs) containing (ATPS) poly (ethylene glycol) (PEG) 1500 +di potassium tartrate +water at 298.15 K and in various pH values (6.41, 7.74 and 9.05). Two physical properties (density and refractive index) were used to obtain the compositions of phase and the ends of the tie-lines. The effect of pH on the binodal curve, tie-line length and slope of tie line are discussed. The binodal curves of these systems have been correlated by Bleasdales equation. Furthermore, the Othmer-Tobias and Bancroft equations was used to correlate the tie line data points. Finally, the effective excluded volume (EEV) of the salt into the PEG aqueous solution were obtained. Keywords: ATPS; Phase diagram; pH; Refractive index; Poly(ethylene glycol); di potassium tartrate Introduction The dissolving of one polymer and one salt or two aqueous polymer solutions together in water results in the formation of two immiscible aqueous phases systems, called Aqueous Two-Phase Systems (ATPSs). Albertson introduced these systems in 1965 for the purpose of separating the biological materials1. Several industries can benefit from employing ATPS including biotechnology, petroleum, paint, adhesives, and pharmaceuticals 2, 3. Moreover, the ATPS is effective in providing separation technique due to its undemanding scale-up viability 4-6, economic efficiency7, 8, ease of continuous process 9, decreased interfacial tension 10, short processing time 11, low energy consumption 12, 13, good resolution 14, high yield 15, relatively high load capacity 16, and selective extraction 17. The data derived from phase diagram, composition and the physical properties of the phase formation are essential in order to optimize, design and increase the size of these processes; and develop the models that predict phase partitioning18-20. Poly Ethylene Glycol (PEG) is a water-soluble hydrophilic and biocompatible polymer employed by the studies about ATPS 21. Accordingly, Selber et al. (2004) 3 provided a useful summary of experimental liquid-liquid data and equilibrium diagrams for systems including PEG, inorganic salts and water. Peng et al.10 (1995) investigated the phase diagram and protein partition coefficient in ATPS containing PEG and K2HPO4 + KH2PO4 and found some merits in this polymer-salt system. Furthermore, several studies 22-27 have focused on the Liquid-Liquid Equilibrium (LLE) data of PEG + salt ATPSs. Zafarani-Moattar et al. (2008) indicated some advantages of using tartrate such as biodegradability and effectiveness in partitioning of biological materials through being discharged into biological waste water treatment plants 27. In the current study, the phase equilibrium data for PEG1500 +di-potassium tartrate (K2C4H4O6 ) +H2O were determined at 298.15K and th ree pH values (6.41 , 7.74, and 9.05). In addition, the effects of pH on the binodal curve and Tie-Line Length (TLL) and Slope of Tie Line (STL) were determined. Likewise, the calibration curves were applied as an analytical technique [MN1]with measuring the density and refractive index. Finally, Othmer-Tobias and Bancroft equations 28 were used to fit the tie- line data and Bleasdales equation was employed 29 to correlate the experimental LLE data from the investigated systems. Experimental Materials To prepare the materials, PEG [HO (C2H4O) n H] with average of 1500 gmol-1 and di potassium tartrate with minimum purity of 99.5% by mass were obtained from Merck. The polymer and salts were used without further purification with the distilled deionized water. 2.2. Apparatus and Procedure. 2.2.1. Analytical Methods The same method of calibration plots and evaluation of parameters in the literatures 30 were employed to obtain the compositions in both phases from measurements of the two physical properties (density and refractive index) at 298.15 K. in order to obtain the compositions, calibration equations were previously obtained. Homogeneous ternary mixtures with compositions from 0 to 30 wt% (total solute composition) were prepared by weight, and then density and refractive index were measured at 298.15 K. the concentration of PEG and salt were obtained using eq 1, which related the refractive index and density to the concentration of salt and PEG at 298.15 K, where represents the mass fraction of PEG, is the mass fraction of di-potassium tartrate, and is the value of the refractive index and density of pure water at 298.15 K. Experimental data were fitted to polynomial expansions up to order 2 by least-squares (order 3 was proved unnecessary in all cases 23: (1) Where Z is the physical property (density or refractive index) and to are fitting parameters. The refractive index was determined by refractive index measurements at 298.15 K using a refractometer (CETI Belgium model) with an accuracy of 0.0001. Then, densities was measured by using an Anton Paar oscillation U-tube densitometer (model: DMA 500) with a precision of  ±10-4 g.cm-3. 2.2.2. Binodal Curve The experimental apparatus employed is similar to the one used previously 31. A glass vessel, volume of 25 cm3 was used to carry out the equilibrium determination. It was provided with an external jacket containing water at constant temperature. The temperature was controlled to within +-0.05 K. The binodal curves were determined by the cloud-point method 32. The cloud-point method was investigated by titration method where step by step and exactly known amounts of polymer (titrant) was added to an aqueous solution salt of known concentration (or vice versa) under stirring until the solution becomes cloudy. 2.2.3. The TLL and STL Tie lines were also determined using the equilibrium set designed by ourselves and according to previously described procedures [14]. For the determination of the tie lines, we selected 4 samples for each pH that were prepared by mixing appropriate amounts of PEG, salt, and water in the vessels. Samples were stirred for 5 min and settled for 24 h, with temperature controlling condition, to ensure that equilibrium was established. To separate the resulting phases, the tubes were centrifuged (Hermle Z206A, Germany) at 6000 rpm for 5 min. The resulted phases showed no turbidity and the top and bottom samples were easily separated. After the equilibrium was achieved, phases were with- drawn using syringes. The top phase was sampled first, with care being taken to leave a layer of material at least 0.5 cm thick above the interface. The bottom phase was remain in the glass vessel with a long needle. TLL provides an empirical measurement of the compositions of the two phases, which can be c alculated by the following equation: TLL= (2) Where and denote the concentration of PEG and salt in top and bottom phase, and STL is given by the ratio of the difference between the polymer and salt concentrations in the top and bottom phases as presented in Eq. 3: STL= (3) Where and are the polymer and salt concentrations, expressed in mass percent, respectively, and the superscripts T and B designate the top and bottom phases, respectively. 2.2.4.Binodal Curve and TLL Correlation For the binodal data correlation, the Bleasdales equation [27] can be suitably used to reproduce the binodal curves of the investigated systems (4) Where a, b, and c represent the fitting parameters and and demonstrate the polymer and salt mass fractions, respectively. The binodal data of the above expression were correlated by least-squares regression. The reliability of the measured tie-line compositions was ascertained by Othmer-Tobias (Eq. 5) and Bancroft (Eq. 6) correlation equations (5) (6) Where is the mass fraction of polymer in the top phase, is the mass fraction of salt in the bottom phase, and are the mass fractions of water in the bottom and top phases, respectively, and , , , and are the adjusted parameters. Besides, the obtained experimental data can also adapt to the equation provided by Guan and co-workers33 Ln (.WPEG/ ) + ./ = 0 (7) Where and stand for the polymer and salt molecular weight, respectively. Moreover, V* is the Effective Excluded Volume (EEV) of the salt in the PEG aqueous solution. Results and Discussion Fitting parameters of calibration equation The values of the coefficients a, b, c, d, e and f for the system studied are shown in table 1, respectively. Table 1.The value of the coefficients observed from eq. 1. 1.3341 0.0581 0.1302 -0.0718 0.2257 0.3882 à Ã‚ /g.cm3 0.9842 0.6783 0.1761 0.0098 0.1643 0.1018 Binodal Curve The binodal curve data of the PEG + di-potassium tartrate + H2O system are presented in Table 2. Table 2. Binodal curve data of the PEG 1500 + di-potassium tartrate+ water system at 298.15 K and 0.1 MPa at different pH values 42.71 9.01 27.75 10.49 43.43 10.49 39.57 9.50 45.58 7.20 43.67 7.20 35.50 10.21 42.04 7.80 41.88 7.80 34.48 10.32 39.31 8.30 39.51 8.30 28.54 11.58 35.77 9.01 28.93 9.01 33.70 10.55 23.88 12.01 22.04 12.2 23.17 13.01 16.18 14.77 19.89 14.77 17.07 15.01 13.94 15.73 16.53 15.73 14.25 16.21 13.42 16.05 14.53 16.05 12.11 17.02 11.75 16.91 12.55 16.91 11.28 17.52 7.59 19.71 11.16 19.71 7.01 21.01 6.90 20.36 9.19 20.36 6.17 21.64 5.29 23.19 8.10 23.19 5.85 22.01 5.03 22.24 7.45 22.24 5.06 27.53 4.74 24.01 6.76 24.01 4.65 23.50 4.32 24.70 5.80 24.70 3.17 26.01 3.62 26.01 4.99 26.02 Standard uncertainties: u(wi) = 0.002; u(P) = 5 kPa; u(T) = 0.05 K. Figure 1 shows the binodal curves obtained from Bleasdales equation. The effect of pH is clear: very small on the size of the heterogeneous region. This trend is in agreement with the experimental results of de Oliveira [12] and Martins [15]. Figure 1. Phase diagram of the PEG (1500) + di-potassium tartrate + water (3) two-phase system at T = 298.15 K and various pH (6.41, 7.74 and 9.05): (à ¢-  ) experimental binodal (6.41(pink), 7.74(blue) and 9.05 (green); (à ¢- ²) calculated binodal using Bleasdales equation (3). TLL and STL Tie line compositions are given in Table 4. Figure 2 presents the tie lines and the binodal curve together for the PEG + di-potassium tartrate + water system at 298.15 K. Figure2. Phase diagram of the PEG + di-potassim tartrate + water two-phase system at T = 298.15 K and pH 6.41 (a), 7.74 (b) and 9.05 (c) : (-à ¢- ²-) experimental binodal; ; (- -à ¢- - -) calculated by using eq. 4. Table 4. Phase composition, tie-line data and physical properties of PEG 1500 + di-potassium tartrate+ water aqueous two-phase system at 298.15 K and 0.1 MPa Total System (%mass) Top phase Bottom phase 6.41 17 20 10.55 33.70 1.1217 1.3922 23.50 4.65 1.1620 1.3703 31.80 2.24 17 21 10.21 35.50 1.1226 1.3936 24.01 4.31 1.1652 1.3705 34.10 2.26 18 20 9.50 39.57 1.1252 1.3965 25.01 3.70 1.1716 1.3710 39.07 2.31 18 21 9.01 42.65 1.1275 1.3985 26.01 3.17 1.1782 1.3717 42.97 2.32 7.74 17 20 9.01 35.77 1.1142 1.3919 23.15 5.29 1.1606 1.3710 33.62 2.14 17 21 8.30 39.31 1.1157 1.3932 24.01 4.74 1.1660 1.3714 37.96 2.20 18 20 7.80 42.04 1.1172 1.3947 24.70 4.32 1.1705 1.3718 41.33 2.23 18 21 7.20 45.58 1.1195 1.3966 26.01 3.62 1.1791 1.3727 45.97 2.23 9.05 17 20 4.01 39.51 1.0844 1.3831 25.18 6.76 1.1791 1.3781 39.00 1.54 17 21 3.30 41.88 1.0836 1.3835 27.01 5.80 1.1912 1.3796 43.17 1.52 18 20 3.08 42.66 1.0835 1.3836 28.01 5.34 1.1980 1.3806 44.87 1.49 18 21 2.80 43.67 1.0833 1.3838 28.80 4.99 1.2034 1.3814 46.59 1.48 The tie lines are determined by connecting each corresponding set of total, top, and bottom phase compositions. The coexisting phases are close in composition. A mass balance check was made between the initial mass of each component and the amounts in the bottom and top phases on the basis of equilibrium compositions. The mass of each phase was calculated from volume and density measurements. The relative error in the mass balance was less than 3 while those of the top phases ranged from 1.08 to 1.12 g/cm3. The density difference between the phases (ΆÃƒ Ã‚ ), increase with an increase in the TLL and slightly decrease with an increase in pH. From Figures 7, it is observed that the density differences between the phases show linear relationship with TLL. A comparable conduct was likewise depicted 31, 34, 35. Figure *. Relationship between density difference (ΆÃƒ Ã‚ ) and tie line length (TLL) for the PEG 1500 + di-potassium tartrate + water at different pH values. 3.4. Binodal curve and tie-line data correlation The coefficients of equation 4, along with the correspond

Granite :: essays research papers

Granite Vigorously wiping off the dead grass and dandelion petals from the rock, the girl’s hand brushed a jagged edge roughly. As she quickly drew her hand away for examination, she saw what her hand had lain upon. The right upper corner of the baby’s headstone was broken off. She took a moment to contemplate her blood expanding into the crevices and gullies of the edge’s gap. She scanned the knoll ahead and around it and spotted the chunk. She walked over and picked it up, her knuckles getting whiter every second as she clutched the severed edge firmer and firmer. Then she spotted the culprit. An old rusted mower and a tactless, overweight nimrod with gray hair crowning it. With a shot of adrenaline, she hurled the stone edge after the tractor. Had this man no respect for the souls he so violently cut over? The stone dropped ten feet short, and the man was oblivious to it. The girl, innocent and full of rage, dropped to her knees at her deceased brother’s headstone. The only way she’ll ever see him. Only one tear fell the whole night, though. She wasn’t as mad as she was blown away at the whole idea that, even though he was her older sibling, he’d always be preserved in time, like the granite above him, as a four-day-old infant. She considered this while shifting her vision to the huge slab of white stone near the left road. This was the children’s saint, with most of the children buried around it. When her family came to the grave when she was in grade school, she used to love to climb on the smooth stone and hear the sparrows in their tiny trees dotting the plateau of the dead. She shook this thought off with a cold shiver as the first droplets of a new rain fell tumbling on her jersey. Her eyes showed she was inattentive to it while she kneeled, slowly outlining the word "Joey" with her left pinky. She’d always regretted the fact that she never felt any real depression from his death, but how could she? She wasn’t even a twinkle in her parents’ eye when it happened.