Difference Between Management Skills and Entrepreneurship Essay Example for Free

Difference Between Management Skills and Entrepreneurship Essay What do you think is the difference between management skills and entrepreneurship?. How do they contribute to the economic success of a business? Management skills is about making an existing business work effectively and efficiently, organizing and coordinating the activities according to certain policies and achieving clearly defined objectives (i. e. vision, mission). Usually, the foundation of the business has been laid and established. It involves planning, controlling, leading and directing and the managers are usually focused on managing and growing the business Entrepreneurship is someone who transforms innovation into a business process especially for market which never exists, often associated with uncertainties. An entrepreneur will look for changes, respond to it and seize it as an opportunity. The next step is to assemble a team, locate resources, raise the needed capital and start the new business idea. An entrepreneur is flexible in adapting to the rapid changing to the market conditions and ideas which are important factors in developing strategies for a company’s growth. The economy has become more competitive and more demanding, thus the pressure of having the best management skills and entrepreneurship skills are becoming more important. Management skills will ensure that an established organization is managed effectively and efficiently towards achieving clearly defined objectives.

Introduction to Chemical Kinetics

Introduction to Chemical Kinetics Chapter 1 Introduction 1.1 Chemical kinetics Chemical kinetics is the branch of chemistry that deals with the rates or velocity, at which a chemical reaction occurs and also the factors affecting the rates. The word â€Å"kinetic† means the movement or change; here it refers to the velocity of a reaction, which is the change in the concentration of a reactant or a product with time. Kinetic investigation of a reaction is usually carried out with two main objectives in mind. Analysis of the sequence of elementary reactions leading to the overall reaction. i.e. To arrive at the plausible reaction mechanism. Determination of absolute rate of the reaction. There are several reasons for studying the kinetics of a reaction. At the outset, there is an essential curiosity about â€Å"why some reactions are fast and some are slow?† Some phenomena, like photosynthesis, hydrocarbon combustion and nuclear reactions, take place on a time scale as short as pico seconds to micro seconds. Other processes like the setting and hardening of cement and the transformation of graphite to diamond, take longer period of time to complete. Practically, a good understanding of reaction rates is useful, in waste water treatment, in pollution control, in drug design and in food processing. Chemists working in industry give more importance to speed up the rate of a reaction and also to increase the productivity. Chemical kinetics is a tool to understand fundamental aspects of reaction pathways, a subject that continues evolution with ongoing research. The knowledge rate of reaction has many practical applications. The kinetic study provides the valuable information about the rate and mechanism of chemical reaction, which helps out in running a chemical reaction successfully by selecting optimum reaction conditions. Generally, reactions are represented by following equation Reactants →Products This equation indicates that as the reaction proceeds, reactants are consumed and products are formed. Consequently, the progress of the reaction can be followed by monitoring the change in the concentration of reactants (decrease) or products (increase). The kinetic investigation also helps us to study the factors which have an effect on the rate of reaction like temperature, pressure, substrate concentration, oxidant concentration, dielectric constant, ionic strength and catalyst concentration. For example, kinetic study helps in optimizing reaction conditions for industrial processes, in understanding the complex dynamics of the environmental problems, in understanding the very complicated bio-chemical reactions that are the basis of life. Generally, reactions involving organic reactants have several plausible pathways. Kinetic analysis of atmospheric reactions helps us to understand chemical transformations of pollutants released in the atmosphere. At a more fundamental level, we want to understand what happens to the molecules in a chemical reaction. By understanding this concept we can develop the theories, which can be used to predict the outcome and rate of reactions. We presume that in order to react, the colliding molecules must possess a total kinetic energy equal to or greater than the activation energy (Ea). The activation energy is the minimum energy required to start a chemical reaction. When molecules collide, they form an activated complex (also called the transition state or quasi equilibrium state), formed as a result of the collision of reactant molecules before they form the product. A +B → AB†¡ → C + D Where AB†¡ denotes an activated complex formed by the collision between A and B. If the products are more stable than the reactants, then the reaction occurs with a release of heat; i.e., the reaction is exothermic. Conversely, if the products are less stable than the reactants, then the reaction occurs with the absorption of heat from the surroundings; i.e., the reaction is endothermic. The plots of potential energy of the reacting system versus the progress of the reaction qualitatively show the potential energy changes as reactants are converted in to products. The Arrhenius Equation The Arrhenius equation explains dependence of the rate constant of a reaction on temperature: k = Ae-Ea/RT (1) Where, Ea →activation energy of the reaction (in kJ/mol), R→ Universal gas constant (8.314 J/K/ mol), T → absolute temperature A → frequency factor which represents frequency of collision. It can be treated as a constant for a given reacting system over a reasonably wide temperature range. Equation (1) shows that the rate constant is directly proportional to frequency factor (A) and, therefore, to the collision frequency. Further, due to the negative sign on exponent Ea/RT, the rate constant decreases with increasing activation energy and increases with increasing temperature. This equation can be simplified by taking the natural logarithm on both sides, ln k = ln AeEa/RT (2) (3) Rearrangement of equation (3) leads to the following linear equation, (4) Therefore, a plot of ln k versus 1/T gives a straight line with a slope m and intercept c. The slope m is equal to Ea/RT and the intercept c is equal to ln A. One of the important uses of chemical kinetics is to provide the information which is required to propose the plausible mechanism of a reaction. The order of a reaction can be used to interpret the reaction on molecular level. The reaction mechanism is predicted in the way in which molecular bonds break and atoms rearrange during the reaction by considering the order of a reaction with respect to different reactive species. Almost all the information regarding reaction mechanism comes by implication of indirect evidence. It is the responsibility of chemists to plan the proper experimental method to generate most conclusive truths or evidences for the reaction. The main steps in any kinetic study are; (1) measurement of rate constant and reaction order (2) establishment of relationships between the rate and reaction mixture composition (3) identification of intermediates and products and (4) interpretation of the collected data to arrive at plausible reaction mechanism. If Chemistry is producing new substances out of old substances (i.e., chemical reactions), then there are two basic questions that must be answered: Is the reaction feasible? This is the subject of chemical thermodynamics. If the reaction is feasible then how fast? This is the subject of chemical kinetics. Kinetic studies constitute an important source of mechanistic information on the reaction, this is well demonstrated with respect to unsaturated acids in both aqueous [[1][2]] and non-aqueous media [[3]]. 1.1.1 The main importance of kinetic investigations are Product and intermediate identification. Determination of concentration of all reactant species present in the reaction. Deciding the method may be used to determine the rate. The kinetic analysis. Determination of the mechanism. 1.1.2 Applications of kinetics The chemist uses kinetics to plan new and better ways of achieving desired chemical reactions. This may involve in increasing the yield of desired products or discovering a better catalyst. The mathematical models, which are used by chemists and chemical engineer to predict chemical kinetics, provide information to understand and describe chemical processes such as ozone depletion, waste water treatment, decaying of food and vegetables, microorganism growth, and the chemistry of biological systems. The mathematical models can also be applied in the design and fabrication of chemical reactors for optimization to get good yield, better separation of products, and to eliminate environmentally hazardous by-products. Kinetics has an ample of applications in the field of medicine. Chemical kinetics plays an important role in the administration of drugs, in addition to respiration and metabolism mechanisms. For example, the mechanisms for the controlled/sustained release of drugs are based on the half-life period of the substances used and sometimes the pH of the body as well. Half life period and pH have an effect on the way in which dosages are determined and prescribed. The reaction rates and the conditions in which the reactions occur are vital for determining certain aspects of environmental protection. For example, the depletion of ozone layer by chlorofluorocarbons (CFCs) is best understood through an analysis of catalyzed chemical reactions. 1.1.3 Kinetic Methods in chemical analysis For catalyzed reactions the rate of reaction depends on the catalyst concentrations and hence, a kinetic–catalytic method of analysis of the catalytic species becomes available. Thus, a method of analysis can be developed down to the ppm level in several cases [[4]-,[5][6]]. The development of kinetic methods is an inseparable part of modern analytical chemistry. Great demands are placed on the precision, sensitivity, rapidity and possible automation of analytical methods. This necessitates progress in the physico-chemical methods, employing the most varied chemical, physico-chemical and physical properties of substances for their analysis. As reactions from the basis of most analytical methods, it is unimaginable that the dynamic character of chemical reactions would remain unused for analytical purposes. As has been shown recently, kinetic methods often provide the solution to the analytical problems more effectively than is possible using equilibrium methods [[7]]. Certainly, the most widespread use of kinetic methods is in biochemical and clinical laboratories, where analysis is based on kinetics than on thermodynamics. 1.2 Electron transfer reactions Electron transfer reactions play a key role in physico-chemical and biological processes. Because of the ubiquity of electron transfer processes, the study of electron transfer reactions, perhaps more so than that of any other area of chemistry is characterized by a strong interplay of theory and experiment [[8]]. The significance of electron transfer reaction in transition metal chemistry and in physical-organic chemistry is well documented [[9][10]]. Prof. R. A. Marcus received Nobel Prize in the year 1992 for the discovery of â€Å"Electron Transfer Reactions† and Prof. Ahmed Zewail received Nobel Prize in the year 1999 for the discovery of â€Å"Femtochemistry† and 2001 Nobel prize to Prof. William Knowles, Prof. K. Barry Sharpless and Prof. Royji Noyori for their work on â€Å"Chirally Catalyzed Hydrogenation Reactions† and Nobel Prize for the year 2005 to Prof. Robert Grubbs, Richard Schrock, and Yves Chauvin on their contribution to â€Å"Metathesis Catalyst Technology† put emphasis on the importance of reaction kinetics. The research work of Henry Taube [[11]] in redox systems explicitely demonstrated the transport of electron from reductant species to oxidant species. This discovery indeed added many essential features in the syntheses of metal complexes and organo-metallic compounds. An oxidation reaction is always accompanied by a reduction reaction, such reactions are called redox reactions [[12]]. Therefore, redox reaction needs at least two reactants, one capable of gaining electrons (oxidant) and the other capable of losing electrons (reductant), i.e., a reductant by losing electrons, gets oxidized and an oxidant by gaining the electrons gets reduced. Redox reactions are the basis for various biochemical transformations and chemistry of cells, biosynthesis, and regulation [[13]]. Electron transfer reactions may take place through outer or inner sphere mechanisms. References [1]. R. Stewart, Oxidation in Organic Chemistry, in K.B. Wiberg (Ed.), Part A., Academic Press, New York, 1965. [2]. D. G. Lee, E. J. Lee and K. C. Brown, Phase Transfer Catalysis, New Chemistry, Catalysts and Applications, ACS Symposium Series No. 326, American Chemical Society, Washington, DC, 1987. [3].J. F. Perez-Benito and D. G. Lee, Kinetics and mechanism of the oxidation of unsaturated carboxylic acids by methyl tributyl ammonium permanganate in methylene chloride solutions, J. Org. Chem., Vol. 52, 1987, pp.3239-3243. [4] . S. M. Tuwar, S. T. Nandibewoor and J. R. Raju, Analysis of Palladium (II) by a kinetic method and Mercury (I) by volumetry. Indian J. Chem., Vol.29A, 1990, pp. 825-826. [5].S.T.Nandibewoor and V. A. Morab, Chromium(iii)-catalyzed oxidation of antimony(iii) by alkaline hexacyanoferrate(iii) and analysis of chromium(iii) in microamounts by a kinetic method,J. Chem. Soc. Dalton Trans., 1995, pp.483-488. [6]. P. L. Timmanagoudar, G. A. Hiremath and S. T. Nandibewoor, Osmium(viii) catalyzed oxidation of antimony(iii) by alkaline hexacyanoferrate(iii) and analysis of osmium(viii) in micro amount by a kinetic method, Indian J. Chem.,Vol. 35A, 1996,pp.1084-1090. [7]. G. Svehla, â€Å"Kinetic Methods in Chemical Analysis Application of Computers in Analytical Chemistry†, Elsevier Scientific Publishing Company, New York, Vol. 18, 1983, pp. 19. [8] . J. J. Zuckerman, â€Å"Inorganic Reactions and Methods†, VCH Publishers, Florida, Vol. 15, 1986, pp.1-22. [9] . Sir. G. Wilkinson, â€Å"Comprehensive Coordination Chemistry†, Pergamon Press, Vol. 1, 1987, pp.327-332. [10] . R. A. Sheldon and J. K. Kochi, â€Å"Metal Catalyzed Oxidation of Organic Compounds†, Academic Press, New York, 1981, pp. 387-407. [11]. H. Taube, Electron Transfer Reactions of Metal Complexes in Solution†, Academic Press, New York, 1967. [12] . H. J. Price and H. Taube, Reduction of ÃŽ ±-carbonylcarboxylic acid complexes of pentaamminecobalt (III) by chromous, vanadous, and hexaammineruthenium(II) ions, Inorg. Chem., Vol. 7 (1), 1968, pp. 1–9. [13]. J. H. Espenson, Inner-Sphere Reduction of an Azidocobalt(III) Complex by Vanadium(II). Kinetics of Formation and Decomposition of the Metastable Monoazidovanadium (III) Ion, J. Am. Chem. Soc., Vol.89 (5), 1967,pp. 1276–1278.

Festivals Of Egypt And Nepal Cultural Studies Essay

Festivals Of Egypt And Nepal Cultural Studies Essay A festival is an event, usually and ordinary staged by a local community, which centers on and celebrates some unique aspect of the community and the festival. Festivals of many types, serve to meet specific needs, as well as to provide entertainment. These times of celebration after a sense of belonging for religious, social or geographical groups. Modern festivals that focus or cultural or ethnic topics seek to inform members of their tradition. There are neumerous types of festivals in the world. Though many have religious origins, others involve seasonal change or have some cultural significance. There are two principal types of festival like (i) Seasonal festival (ii) General Festival. Festival In Nepal   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   Everybody knows that Nepal is a land of mountain, but it is also land of festival. Every year more that 50 festivals celebrated in Nepal. Generally national festivals celebrated on some fixed dates and according to the lunar calendar astrolgers set their religious festival. Different types of festival are as follows: Ø  Ã‚  Ã‚  Ã‚   New Year:  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   In Nepal it is known as Navavarsho. This is the first day of Baisakh. According to the Nepali officially calendar this very first day is observed usually in the second week of April. It is a national holiday. People go for picnic and have get together on this day. Ø  Ã‚  Ã‚  Ã‚   Saraswati Puja: This day is celebrated as the birthday of Saraswati the goddess of learning. To please their goddess students worship their pens and books and expects her favour in their exam and studies this day falls between January/February and its very auspicious day for marriage. Ø  Ã‚  Ã‚  Ã‚   Shivaratri (Moha- Shivaratri): Shivaratri is one of the major festival in Nepal. It is the night of Lord Shiva which falls between February/March. In south east Asia and Inia it is the most worshipped God and more than 1,00,000 lac of Hindu gathered in the Pashu Patinath temple. In winter the worshiper take dip and bath in the holy river and fast for the whole day. Ø  Ã‚  Ã‚  Ã‚   Teej:  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   This festival is celebrated in August/September. On this day hindu womens day for her men. Generally women wears red Saris. On this day women observe fast and they pray to Lord Shiva for their husbands healthy and prosperous life. Ø  Ã‚  Ã‚  Ã‚   Tihar: This is the second biggest festival which falls between October/November. It is the festival of light. People worship Laxmi-the Goddess of wealth. They believe the Goddess Laxmi will enter their house, so they clean their houses and lit candles, oil lamps and the whole place took illuminating. This festival ends with Bhai Tika- brothers day when a sister pray long and healthy life for their brother. Gambling is not illegal on this festival because it is also gambling time in Nepal. Ø  Ã‚  Ã‚  Ã‚   Holi:  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   In Nepal this festival is known as Phagu. It is a festival of waters and colours. Holi is one of the most joyous occasion for Hindu community. *Origin of this festival: The celebration of Holi is very ancient in its origin and by its very origin is celebrates on ultimate triumple of the good over the evil.   Originally Holi is an agricultural festival celebrating the arrival of spring. The festival of Holi is also associated with the enduring love between Lord Krishna (an in carnation of Vishnu) and Radha, and Krishna in general. According to legend the young Krishna complain to his mother Yashoda about why Radha was so fair and he so dark. Yashoda advised him to apply colour on Radhas face see how her complexion will change-because of this Krishna is extended over-longer period. Festival of Egypt Egypt is a wondrous country with many festivals and celebrations. Some festivals are historical some are secular and some are religious. Some of the festivals are given below: Ø  Ã‚  Ã‚  Ã‚   Sham al Naseem: In Egypt both Muslim and Christian welcome the very fast day of spring. Sham al Naseem means the smell of Spring. The people gather together for outdoor picnic on the twenty first of March. On the day they have some traditional foods like Midamis (Kidney beans) and Fasiyah (Dried fish). Ø  Ã‚  Ã‚  Ã‚   Ramadan: Ramadan is a very important festival in the Islamic calendar and more than 90% of the people are Muslim in Egypt. To honour the time when the holy Quran was revealed to the prophet Mohammad (sm) and it is celebrated on the ninth month of the Islamic calendar. In this month Muslim people fast for entire month and they dont eat, drink or smoke from sunrise until sunset. Generally the working hour are often reduced in this time for praying in Egypt. By taking Iftar the fast is broken with friends, family and community people. The end of Ramadan is marked with festival called Eid-Ul-Fitr. Ø  Ã‚  Ã‚  Ã‚   Egyptian Christmas: There is a small but significant community of Christian celebrate the Christmas, while most of Egyptian are Muslim. For the Coptic Christian of Egypt Christmas is celebrated on January each year. In this time the Christian community people fast and take only vegetable no meat or milk is taken from November 25th to the night of January 6th. The Pope of Orthodox Church beginning prayer at the big Cathedral in Cairo at 11 pm. Ø  Ã‚  Ã‚  Ã‚   Wafa Al Nil: This festival is dedicated to symbol of Egypt the Nile River. Now a days painting competition, seminar, music concerts are the common terms of celebrating of this September month festival. It is among one of the ancient festival of Egypt. Ø  Ã‚  Ã‚  Ã‚   Pharaonic Wedding: This celebration is held on the month of November and this festival is the symbol of ancient civilization of Egypt. Many couples visit to the Karnack temple and get married there. Ø  Ã‚  Ã‚  Ã‚   Moulid an- Nabi: The prophets birthday is celebrated at Moulid an- Nabi. Its held during the 3rd month of the Islamic calendar. *Origin of the Celebration: The earliest account for the observations of Mawli can be found in Mecca. When the house in which Muhammad (sm) was born. It was originally a festival of the Shia ruling class, not attended by the common people. Public celebration of the birth of Muhammad (sm) did not occur until four centuries after his death. The first official Mawlid celebrations occurring in Egypt towards the end of the 11th century. The first public celebrations by Sunnis took place in 12th century in Syria under the rule of Nuraddin Zangi. Today it is an official holiday in many parts of the world. *Celebration of Mawlid: Where Mawlid is celebrated in a carnival manner, large street processions are held and homes or mosques are decorated and food is distributed and stories about the life of Muhammad (sm) are narrated with recitation of poetry. Mawlid is celebrated in most Muslim countries and in other countries where Muslims have presence. Saudi Arabia is the only Muslim country where Mawlid is not an official public holiday. *Conclusion: Festival is an entertaining event. There are various types of festival in the world. Different countries celebrate of their own festival with their own style. Every festival has its own origin and history. Festival shows a countries culture, ritual and their religious aspects. In Nepal they celebrate their festival from their religious aspect and most of the people are Hindu. However in Egypt they celebrate their festival from their Islamic religious aspect. Actually both of the countries celebrate festival from different value.

The Police Exception And The Domestic Abuse Law Essay -- essays resear

The Police Exception and the Domestic Abuse Law Beating a spouse is wrong. Fighting is wrong. Domestic Abuse is wrong. This is a very simple concept and lawmakers, police officers, and citizens of our country for years have been in majority agreeance with these concepts. One of the punishments our government has come up with for convicted domestic abusers is revoking the privilege to carry weapons in public. This prevents convicted abusive citizens from having the ability to tote a potentially murderous weapon around, at any time ready to be assistance to their destructive and unstable personalities' wishes. Police amendended. Officers have recently been added to the list of people who are not allowed to carry guns in public if they have been convicted of Domestic Abuse. Some precincts are outraged, however this seems to be the proper law and should stay as it is Law officers are human, and just like everyone else, they make mistakes. An up- and-coming officer could get in a skirmish at the local bar and be charged with Domestic Abuse. This same officer could become one of the most effective law enforcers in the country. With this law, this officer would not be allowed to continue his services for his county and his fellow police officers. Many people feel that this officer is being done a great injustice and should be allowed to continue his otherwise flawless career as an officer of the law. Interesting. One simple conviction could ruin the lives of every cop in the cou...

Singapore by author Mary Oliver :: essays research papers

Singapore by author Mary Oliver Let me begin this paper by introducing you to two people who live among many others in this world. One is an Electrical Engineer and the other is a labourer . According to the world , there is alot of difference in these both . A lot of things vary among them. One is highly educated and the other is not. One works in an Air conditioned office where as the other works in burning sun. The engineer earns in hundreds of thousands where as the labourer earns in hundreds. But there is one thing in common in both of them.There is one thing that is smiliar . Both are earning thir living. Both are working to live their life . No matter how much they earn, but they are doing it to go thorugh this world. Human Beings have been divided into different categories .There are certain kind of jobs to do in this world. Whatever the job we do, we have to do it sincerely and it is our responsbility to fulfill all the requirements our job requires from us.Once committed to our job, we have to be sincere, honest, devoted and responsible. This paper focuses mainly on the sincereity as well as the passion with which we do our job. Human body is a very sophisticated machine created by God himself. It can do all sorts of things but there are a few things at which the human body gets very perfect.And that perfectness comes from practice, devotion,love,sincerity and responsibility towards that particular thing. Let me associate the word "thing" in the previous sentence as working. Working for living. Reason I chose to write on this topic was that the Poem " Singapore" written by author Mary Oliver that I read in the book by John Schilb and John Clifford influenced me alot. The Poem narrates the life of a woman which works on an aeroplane and is cleaning teh restrooms which are very dirty. She visually and physically finds the job dirty. But while cleaning that restrooms she sees it in her own world.She finds her hands working in pleasure as she is wondering the scenes of rivers. She realises the truth o f life that she has to work to earn her living. I really admire the phrases author used to describe the feelings , emotions , visions and thoughts of that woman .

Aristotles Definition of Nature :: essays research papers

Aristotle’s Definition of Nature Nature, in its essence, is the cause/effect relationship offered to things with ascertainable objectivity, occurring without cause. From this we can logically state that the nature of something (something being an object with "thinghood", as humorously described in class) is its beginning, purpose and stereo-type. There are two debatable definitions of nature, which under scrutiny are seemingly very similar. On the left hand, we have nature described as "the first, inchoate, thing belonging to it". Simply, an object’s nature is it’s core material – i.e., the nature of my couch would be polystyrene foam. On the other, we have nature described as "the shape or look". This statement points to nature as the stereo-type of an object, that is, my couch dose not have the nature of a couch until it assumes the look of a completed, stereo-typical couch. When examining these definitions it is hard to find a large degree of difference as the stereo-typical couch is not only composed of those parts generally used to construct a couch, but also its acceptance and appearance as a couch. For further clarification we can examine Aristotle’s example of a doctor healing himself. A artisan of medicine dose not have the nature of a healer, as that would imply that he came about this skill naturally, which is not the case. For something to have nature, that nature must come into being without cause. Therefor we can assume that the healer, being an artisan of medicine, is a healer but has the nature of a stereo-typical human being. What then, causes differences amongst couches and people, even between healer A and healer B? This question is answered by exploring the idea of chance. By chance variations are made upon things (with thinghood) not to it’s nature, but to it’s physical or otherwise growth from it’s nature. For this reason we must assume that all things have a categorical nature, with variations to it’s structure.

The Vampire Diaries: The Struggle Chapter Sixteen

Long ago, in the dark side streets of Florence, starving, frightened, and exhausted, Stefan had made himself a vow. Several vows, in fact, about using the Powers he sensed within himself, and about how to treat the weak, blundering, but still-human creatures around him. Now he was going to break them all. As he'd thought, the surge of Power had passed over Bonnie and Meredith and followed him, but it had receded again, and was now drawn back, waiting. He wouldn't let it wait long. Unencumbered by the burden of Elena's body, he broke into a predator's lope on the empty road. The freezing sleet and wind didn't bother him much. His hunter's senses pierced through them. He turned them all to the task of locating the prey he wanted. No thinking of Elena now. Later, when this was over. Tyler and his friends were still in the Quonset hut. Good. They never knew what was coming as the window burst into flying glass shards and the storm blew inside. Stefan meant to kill when he seized Tyler by the neck and sank his fangs in. That had been one of his rules, not to kill, and he wanted to break it. But another of the toughs came at him before he had quite drained Tyler of blood. The guy wasn't trying to protect his fallen leader, only to escape. It was his bad luck that his route took him across Stefan's path. Stefan flipped him to the ground and tapped the new vein eagerly. The hot coppery taste revived him, warmed him, flowed through him like fire. It made him want more. Power. Life. They had it; he needed it. With the glorious rush of strength that came with what he'd already drunk, he stunned them easily. Then he moved from one to another, drinking deep and throwing them away. It was like popping tops on a six-pack. He was on the last when he saw Caroline huddling in the corner. His mouth was dripping as he raised his head to look at her. Those green eyes, usually so narrow, showed white all around like those of a terrified horse. Her lips were pale blurs as she gabbled soundless pleas. He pulled her to her feet by the green sashes at her waist. She was moaning, her eyes rolling up in their sockets. He wound his hand in her auburn hair to position the exposed throat where he wanted it. His head reared back to strike – and Caroline screamed and went limp. He dropped her. He'd had enough anyway. He was bursting with blood, like an overfed tick. He had never felt so strong, so charged with elemental power. Now it was time for Damon. He went out of the Quonset hut the same way he'd come in. But not in human form. A hunting falcon soared out the window and wheeled into the sky. The new shape was wonderful. Strong†¦ and cruel. And its eyes were sharp. It took him where he wanted, skimming over the oak trees of the woods. He was looking for a particular clearing. Stefan ripped bloody strips out of his arms and heard Damon's answering scream of pain and anger. I'm not your weak little brother any more. He sent the thought down to Damon on a stunning blast of Power.And this time I've come for your blood. He felt the backwash of hatred from Damon, but the voice in his mind was mocking.So this is the thanks I get for saving you and your betrothed ? Stefan's wings folded and he dived again, his whole world narrowed to one objective. Killing. He went for Damon's eyes, and the stick Damon had picked up whistled past his new body. His talons tore into Damon's cheek and Damon's blood ran. Good. You shouldn't have left me alive, he told Damon.You should have killed both of us at once. I'll be glad to correct the mistake! Damon had been unprepared before, but now Stefan could feel his drawing Power, arming himself, standing ready.But first you might tell me whom I'm supposed to have killed this time. The falcon's brain could not deal with the riot of emotions the taunting question called up. Screaming wordlessly, it plummeted on Damon again, but this time the heavy stick struck home. Injured, one wing hanging, the falcon dropped behind Damon's back. Stefan changed to his own form at once, scarcely feeling the pain of his broken arm. Before Damon could turn, he grabbed him, the fingers of his good hand digging into his brother's neck and spinning him around. When he spoke, it was almost gently. â€Å"Elena,† he said, whispered, and went for Damon's throat. It was dark, and very cold, and someone was hurt. Someone needed help. But she was terribly tired. Elena's eyelids fluttered and opened and that took care of the darkness. As for the cold†¦ she was bone-cold, freezing, chilled to the marrow. And no wonder; there was ice all over her. Somewhere, deep down, she knew it was more than that. What had happened? She'd been at home, asleep – no, this was Founders' Day. She'd been in the cafeteria, on the stage. Someone's face had looked funny. It was too much to cope with; she couldn't think. Disembodied faces floated before her eyes, fragments And so tired. Better go back to sleep then. The ice wasn't really that bad. She started to lie down, and then the cries came to her again. She heard them, not with her ears, but with her mind. Cries of anger and of pain. Someone was very unhappy. She sat quite still, trying to sort it all out. There was a quiver of movement at the edge of her vision. A squirrel. She could smell it, which was strange because she'd never smelled a squirrel before. It stared at her with one bright black eye and then it scampered up the willow tree. Elena realized she'd made a grab for it only when she came up empty with her fingernails digging into bark. Now that was ridiculous. What onearth did she want a squirrel for? She puzzled over it for a minute, then lay back down, exhausted. The cries were still going on. She tried to cover her ears, but that did nothing to block them out. Someone was hurt, and unhappy, and fighting. That was it. There was a fight going on. All right. She'd figured it out. Now she could sleep. She couldn't, though. The cries beckoned to her, drew her toward them. She felt an irresistible need to follow them to their source. Andthen she could go to sleep. After she saw†¦ him. Oh, yes, it was coming back now. She rememberedhim. He was the one who understood her, who loved her. He was the one she wanted to be with forever. His face appeared out of the mists in her mind. She considered it lovingly. All right, then. Forhim she would get up and walk through this ridiculous sleet until she found the proper clearing. Until she could join him. Then they'd be together. The very thought of him seemed to warm her. There was a fire inside him that few people could see. She saw it, though. It was like the fire inside her. He seemed to be having some sort of trouble at the moment. At least, there was a lot of shouting. She was close enough to hear it with her ears as well as her mind now. There, beyond that grandfather oak tree. That was where the noise was coming from. He was there, with his black, fathomless eyes, and his secret smile. And he needed her help. She would help him. Shaking ice crystals out of her hair, Elena stepped into the clearing in the wood.