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How to Write a Good Paper in One Night

How to Write a Good Paper in One Night

If you read this article, you're probably going to have problems. Maybe you postponed your assignments to the very last second or were involved in other work, or were unable to devote your time entirely to your writing for another purpose. The result is the same – you’re supposed to submit your research assignment tomorrow, and you’re still back where you started.

You just have one evening to begin and finish writing, then what are you gonna do about it? One thing you know, you're not sleeping tonight. As for everything else, let’s discuss it in this article.

5 Preparation Tips to Take To Write a Paper Fast

You need to submit your assignment tomorrow morning. This means that you have little time to carry out your work. Every minute must be spent as much as possible. This means that a certain amount of preparation is in order – if you simply write, at best, your paper will be illegible. Worst case scenario, you don't get to finish it on time.

1. Turn to the Help of Professionals

If you haven’t read anything about the subject of your paper, consider accepting that you won’t be able to deliver the paper tomorrow. Contact your instructor to let him or her know that your assignment is going to be late.

Then, you’ll probably need professional help. If you’re in search of a cheap writing service that provides more than just standard writing, AffordablePapers won’t only help you to write a great paper, it’ll also provide free features.

2. Schedule Your Time

Since you don’t have that much time, you need to use it as efficiently as possible. To do so, a plan must be developed and adhered to. If you sit down and put yourself to work, you won’t be able to monitor your development and check this. For instance, you take too much time at some point and won’t manage to wrap up on time if you continue this way.

Divide your time into 30-minute periods and estimate how much time is needed for each section. Try to spare at least one hour unassigned to something.

3. Take a Moment to Read the Prompt

You’re in a rush, but failing to read the prompt may lead to an appalling outcome. You may miss out on important details (such as the need to use several sources) or misunderstand the issue entirely. This is quite unpleasant under normal conditions, but at this moment you can’t afford to discover that the essay you just finished was written using a not-right prompt. If possible, you should record the key aspects of the prompt in your own understanding so you can review them later. Therefore, you can rest assured that you have interpreted everything properly.

4. Ensure You Understand the Formatting Style and Directives

Don't read it too quickly. If you do, you may find out too late that you made a mistake and had to space your essay and now you need to compose as much as you have already done, but you don't have enough time for it.

5. Make Notes From Reputable Sources

If you’ve gone through some reading and at least have a basic knowledge of the topic, arrange the books and sources you have. Browse them and take notes, picking out any fragments you wish to cite.

6 Tips on Composing a Good Paper

Writing an immediate assignment is no different than writing it if you possess all the time in the world. All you have to do is work fast and you shouldn't make mistakes. It means that you must thoroughly split your work into steps and avoid spreading your focus.

1. Come up With a Thesis

That's the key to success. If you have a clear, brief, and precise thesis statement, a task may be weak, unclear, and vague. Consider the main point in your brief and try to phrase it in one sentence.

2. Have a Brief Brainstorming Session

Jot down any thoughts that may help you make your case. It's a good time to start writing down the quotes and cites you're going to do. Write down what's going through your mind. Don’t try to divide the right ideas from poor at this stage, you don’t have to use everything you can do now.

3. Develop a Comprehensive Plan for Your Paper

It should include, in a nutshell, all that you plan to develop in each section of your paper:

  • How you start the topic;
  • Your thesis statement points to be brought up in each paragraph;
  • The related supporting proof;
  • The way you want to sum up the ending.
  • A well-composed plan means that when it comes to handwriting itself, you’ll merely have to develop each point to get a comprehensive paper.

    4. Keep It Concise

    Whether you need to fill in several words or not, filling in your text will not help you. If you simply have to bring up your point of view, you don't have time for long sentences. If you need to achieve a certain number of words, your instructor will immediately identify your attempts to inflate your paper with filler, which may lead to a worse grade you may receive if you write your college paper correctly.

    Short, straightforward phrases are not a sign of low intelligence. If you succeed in expressing your thoughts, it’s the sign of thought that hunts down and eliminates unnecessary details.

    5. Proofread

    Check that your formatting complies with the guidelines and the formatting style you’ve been assigned. Check your stylistics. If you find any colloquial words, jargon, or slang, remove them. Avoid the usage of passive voice. Often, it makes talk lifeless and difficult to read.

    These pieces of advice will help you manage your predicament right now and get out of this crisis brilliantly. And maybe the remembrance of that story will be enough to stop you from procrastination the next time you need to submit an important paper!

    Post Credit by: Matthew Brown

    Handbook of Pesticides: Methods of Pesticide Residues Analysis by Nollet

    Handbook of Pesticides
    Author: Leo M.L. Nollet & Hamir Singh Rathore
    Release at: 2010
    Pages: 630
    Edition: First Edition (Methods of Pesticide Residues Analysis)
    Language: English

    Description of Handbook of Pesticides: Methods of Pesticide Residues Analysis

    Handbook of Pesticides by Leo M.L. Nollet & Hamir Singh Rathore is a great Agriculture book for pesticides related topics studies. With the introduction of fertilizers and high-yielding varieties of cereals, and other commercial crops, management in agriculture has assumed a new dimension in countries such as India. With the provision of assured irrigation facilities, the intensity of land use has also been stepped up. To avoid risk factors in this high-cost and high-intensity crop management system, farmers need an effective and inexpensive plant protection schedule; this is the reason for the manyfold increase in the use of chemical plant protection in the last two decades.

    Chemical plant protection is profi t-induced poisoning of the environment. Among the chemicals used, the organochlorine insecticides have been the major cause of anxiety for ecologists, not only because they persist for so long but also because of the ease with which they are taken up into the bodies of living organisms, especially the fatty tissues of both animals and humans.

    Our information on the occurrence of residues in various parts of the environment is very uneven and localized. For example, a great deal of data on residues are available in China (29%), the United States (13%), Japan (7%), India (6%), Spain (6%), and Germany (5%), while we know virtually nothing about the extent of pesticide contamination in Africa, South America, and much of Asia (Nepal, Pakistan, Sri Lanka, etc.), although large amounts of organochlorine insecticides have been used in these regions.

    Content of Handbook of Pesticides: Methods of Pesticide Residues Analysis

    PART I General Aspects

    Chapter 2: Methods of and Problems in Analyzing Pesticide Residues in the Environment

    Chapter 3: Pesticides: Past, Present, and Future

    Chapter 4: Scope and Limitations of Neem Products and Other Botanicals in Plant Protection: A Perspective

    PART II Techniques and Analysis

    Chapter 5: Analysis of Pesticides in Food Samples by Supercritical Fluid Chromatography

    Chapter 6: Disposable Electrochemical Biosensors for Environmental Analysis

    Chapter 7: Determination of Pesticides by Matrix Solid-Phase Dispersion and Liquid Chromatography–Tandem Mass Spectrometry

    Chapter 8: Analysis of Pesticide Residue Using Electroanalytical Techniques

    Chapter 9: Use of Planar Chromatography in Pesticide Residue Analysis

    Chapter 10: Role of Surfactants in Thin-Layer Chromatography of Pesticides

    Chapter 11: Pressurized Liquid Extraction and Liquid Chromatographic Analysis of Pesticide Residues

    Chapter 12: Analysis of Pesticides by Chemiluminescence Detection

    Chapter 13: Simple and Affordable Methods: Spectrophotometric, Thin-Layer Chromatographic, and Volumetric Determination of Pesticide Residues

    Chapter 14: Recent Trends in Sample Preparation for Pesticide Analysis

    PART III Pesticides and the Environment

    Chapter 15: Medicinal Plants, Pesticide Residues, and Analysis

    Chapter 16: Sample Preparation and Quantifi cation of Pesticide Residues in Water

    Chapter 17: Analysis of Pesticide Residues in Milk, Eggs, and Meat

    Chapter 18: Determination of Pesticide Residues in Fruits and Vegetables by Using GC–MS and LC–MS

    Chapter 19: Pesticides in Fish and Wildlife

    Chapter 20: Determination of Pesticides in Human Blood and Urine by High-Performance Liquid Chromatography

    Chapter 21: Analysis of Pesticide Residues in Animal Feed

    Chapter 22: Analysis of Pesticide Residues in Soils


    Principles & Techniques of Biochemistry & Molecular Biology 6th Edition

    Principles & Techniques of Biochemistry & Molecular Biology 6th Edition
    Author: Keith Wilson & John Walker
    Release at: 2005
    Pages: 806
    Edition: 6th Edition
    Language: English

    Description of Principles & Techniques of Biochemistry & Molecular Biology 6th Edition

    Principles & Techniques of Biochemistry 6th Edition by Keith Wilson & John Walke is a great book for Biochemistry studies. Principles & Techniques of Biochemistry & Molecular Biology 6th Edition book is set for the task of producing an undergraduate text that covered the theoretical principles and practical details of the experimental techniques that are basic to an understanding of, and that support advances in, biochemistry. In the 30 years that have elapsed since the first edition was launched in 1975, there have been dramatic advances in our understanding of the biochemical processes that characterise living cells. Such advances are typified by the recent completion of theHuman Genome Project and the emergence of numerous allied fields of study such as bioinformatics and proteomics.

    The new generic discipline of molecular biology embraces many of these areas of research and so we have felt it appropriate to broaden the title of the book to include molecular biology, as it clearly falls within our original objective. In the process of taking a decision on the content of this sixth edition of our book, we have also attempted to respond to the extremely constructive and encouraging feedback we have received to the survey we conducted of the many academic departments in UK and overseas universities and other institutions that routinely use our book and recommend it to their students

    The outcome is that we have broadened the topics covered within the book by including two new chapters, one on cell culture, the other on microscopy. In addition we have considered it appropriate to include major new sections on the principles and practice of clinical biochemistry, including diagnostic enzymology and the statistical considerations underlying the assessment of the quality of quantitative analytical biochemical data and the role and operation of external quality assessment schemes such as the UK NEQAS. We have also taken the decision to modify our original aim of concentrating on those experimental techniques that undergraduates are most likely to encounter in their practical classes and, instead, to discuss all the techniques that now contribute to the rapid advances in our understanding of cellular function.

    Content of Principles & Techniques of Biochemistry & Molecular Biology 6th Edition

    Chapter 1: Basic principles

    Chapter 2: Cell culture techniques

    Chapter 3: Centrifugation

    Chapter 4: Microscopy

    Chapter 5: Molecular biology, bioinformatics and basic techniques

    Chapter 6: Recombinant DNA and genetic analysis

    Chapter 7: Immunochemical techniques

    Chapter 8: Protein structure, purification, characterisation and function analysis

    Chapter 9: Mass spectrometric techniques

    Chapter 10: Electrophoretic techniques

    Chapter 11: Pasteurellaceae: Avibacterium, Bibersteinia, Mannheimia, and PasteurellaChromatographic techniques

    Chapter 12: Spectroscopic techniques: I Atomic and molecular electronic spectroscopy

    Chapter 13: Spectroscopic techniques: II Vibrational spectroscopy and electron and nuclear spin orientation in magnetic fields

    Chapter 14: Radioisotope techniques

    Chapter 15: Enzymes

    Chapter 16: Cell membrane receptors


    Animal Behavior An Evolutionary Approach 11th Edition

    Animal Behavior An Evolutionary Approach 11th Edition
    Author: Dustin R. Rubenstein & John Alcock
    Release at: 2019
    Pages: 668
    Edition: 11th Edition
    Language: English

    Description of Animal Behavior An Evolutionary Approach 11th Edition

    Animal Behavior An Evolutionary Approach 11th Edition by Dustin R. R. & J. Alcock is a great Zoology book for studies. For more than 40 years, Animal Behavior has been the leading textbook for intrducing undergraduate students to the topic of animal behavior. John Alcock authored the first edition of this book in 1975, and after 9 subsequent versions, this 11th edition brings on a new lead author, Dustin Rubenstein. The 11th edition maintains its narrative tone as well as its focus on both evolutionary and mechanistic approaches to understanding how and why animals as different as insects and humans behave the way they do. In an effort to keep up with the rapidly evolving field of animal behavior, this new version also brings a more integrative approach to studying behavior, emphasizing the growing body of research linking behavior to the brain, genes, and hormones, as well as to the surrounding ecological and social environments.

    Topics like epigenetics and collective behaviors are highlighted for the first time. Additionally, the book covers the growing number of comparative phylogenetic studies in animal behavior that make use of ever-larger molecular phylogenies to generate and test new ideas in the evolution of animal behaviors. Ultimately, the book retains its primary goal of giving students a window into the various level of analysis that researchers use to explain why all living things—including humans—behave, often in complex ways.

    In addition to a new lead author, the 11th edition features several new approaches and features that support both student learning and instructor teaching. After extensive research concluded that most users prefer the classic organizational structure from early editions, rather than the changes that were made in the 10th edition, the book returns to its classic organizational structure, with proximate mechanisms introduced early in the book and before an extended discussion of the ultimate factors underlying behavior. Yet, each chapter attempts to highlight both proximate and ultimate explanations throughout, illustrating the integrative nature of the field today.

    Content of Animal Behavior An Evolutionary Approach 11th Edition

    CHAPTER 1: An Introduction to Animal Behavior

    CHAPTER 2: The Integrative Study of Behavior

    CHAPTER 3: The Developmental and Genetic Bases of Behavior

    CHAPTER 4: The Neural Basis of Behavior

    CHAPTER 5: The Physiological Basis of Behavior

    CHAPTER 6: Avoiding Predators and Finding Food

    CHAPTER 7: Territoriality and Migration

    CHAPTER 8: Principles of Communication

    CHAPTER 9: Reproductive Behavior

    CHAPTER 10: Mating Systems

    CHAPTER 11: Parental Care

    CHAPTER 12: Principles of Social Evolution

    CHAPTER 13: Social Behavior and Sociality

    CHAPTER 14: Human Behavior


    Physics for Scientists and Engineers 2nd Edition

    Physics for Scientists and Engineers 2nd Edition
    Author: Robert Hawkes, Javed Iqbal, Firas Mansour,
    Marina Milner-Bolotin & Peter Williams
    Release at: 2019
    Pages: 1360
    Edition: 2nd Edition
    Language: English

    Description of Physics for Scientists and Engineers 2nd Edition

    Physics for Scientists and Engineers 2nd Edition by R. Hawkes, J. Iqbal, F. Mansour, M. Milner-Bolotin & P. Williams is a great book for study. Physics is an exciting field that has changed our understanding of the world we live in and has immense implications for our everyday lives. We believe physics should be seen as the creative process that it is, and we aim to help the reader feel their own thrill of discovery.

    To that end, Physics for Scientist and Engineers: An Interactive Approach, Second Edition, has taken a unique student-first development model. Fundamental topics are developed gradually, with great attention to the logical transition from the simple to the complex, and from the intuitive to the mathematical, all while highlighting the interdisciplinary nature of physics. This inquisitive and inspirational science is further supported with current events in Canada and beyond, and innovative pedagogy based on Physics Education Research (PER) such as Interactive Activities, Checkpoints, unique problem-solving strategies via open-ended problems, and ending Examples with “Making sense of the results.”

    The vision for this text was to develop it from the student perspective, providing the background, logical development of concepts, and sufficient rigour and challenge necessary to help students excel. It provides a significant array of engaging examples and original problems with varying levels of complexity.

    Content of Physics for Scientists and Engineers 2nd Edition

    SECTION 1: Mechanics

    Chapter 1: Introduction to Physics

    Chapter 2: Scalars and Vectors

    Chapter 3: Motion in One Dimension

    Chapter 4: Motion in Two and Three Dimensions

    Chapter 5: Forces and Motion

    Chapter 6: Work and Energy

    Chapter 7: Linear Momentum, Collisions, and Systems of Particles

    Chapter 8: Rotational Kinematics and Dynamics

    Chapter 9: Rolling Motion

    Chapter 10: Equilibrium and Elasticity

    Chapter 11: Gravitation

    Chapter 12: Fluids

    SECTION 2: Waves and Oscillations

    Chapter 13: Oscillations

    Chapter 14: Waves

    Chapter 15: Sound and Interference

    SECTION 3: Thermodynamics

    Chapter 16: Temperature and the Zeroth Law of Thermodynamics

    Chapter 17: Heat, Work, and the First Law of Thermodynamics

    Chapter 18: Heat Engines and the Second Law of Thermodynamics

    SECTION 4: Electricity, Magnetism, and Optics

    Chapter 19: Electric Fields and Forces

    Chapter 20: Gauss’s Law

    Chapter 21: Electrical Potential Energy and Electric Potential

    Chapter 22: Capacitance

    Chapter 23: Electric Current and Fundamentals of DC Circuits

    Chapter 24: Magnetic Fields and Magnetic Forces

    Chapter 25: Electromagnetic Induction

    Chapter 26: Alternating Current Circuits

    Chapter 27: Electromagnetic Waves and Maxwell’s Equations

    Chapter 28: Geometric Optics

    Chapter 29: Physical Optics

    SECTION 5: Modern Physics

    Chapter 30: Relativity

    Chapter 31: Fundamental Discoveries of Modern Physics

    Chapter 32: Introduction to Quantum Mechanics

    Chapter 33: Introduction to Solid-State Physics

    Chapter 34: Introduction to Nuclear Physics

    Chapter 35: Introduction to Particle Physics

    APPENDIX A: Answers to Selected Problems A-1

    APPENDIX B: SI Units and Prefixes B-1

    APPENDIX C: Geometry and Trigonometry C-1

    APPENDIX D: Key Calculus Ideas D-1

    APPENDIX E: Useful Mathematic Formulas and Mathematical Symbols E-1

    APPENDIX F: Periodic Table


    Environmental Physiology of Animals 2nd Edition

    Environmental Physiology of Animals 2nd Edition
    Author: Pat Willmer, Graham Stone & Ian Johnston
    Release at: 2005
    Pages: 779
    Edition: 2nd Edition
    Language: English

    Description of Environmental Physiology of Animals 2nd Edition

    Environmental Physiology of Animals 2nd Edition by Pat Willmer, Graham Stone & Ian Johnston is a great book for study. The first edition of this book found a useful place in many libraries and on the shelves of teachers and students as a text for a wide range of undergraduate courses, and we are glad that our targeted market found it readable, interesting and suitably up-to-date in its approach. Our general aim of integrating animal physiology into a more holistic approach, one that includes both an ecological setting and an appreciation of the range of behavioral responses open to individual animals before specific physiological responses need to come into play, has clearly met a need and found a receptive audience.

    However, we met with two general criticisms that, although not aimed at the content or the written style, were enough to put off some of the potential users. Firstly, many readers while appreciating the consistent style of illustration found the book visually rather dull. We have been able to address that in this second edition by adding a colour to the production, making the figures both clearer and we hope more attractive. Secondly, and perhaps more importantly, many lecturers reported that they could not adopt this book as their core text for physiology courses because of the omission of material on excitable tissues and control systems. Leaving these topics out of the original book was a conscious decision designed to retain the strongly environmental flavour of the treatmentaafter all nerves, muscle and hormones are not inherently very variable between different habitats. Furthermore there are excellent treatments of nerve and muscle available at suitable levels in existing books on neurobiology.

    This new edition will therefore provide a core text for students taking a wide range of physiological modules in colleges and universities, and it should also serve as a useful reference for many lecturers striving to keep updated on the interactions of animal physiology with their own related areas of ecology, behavior and environmental Biology.

    Content of Environmental Physiology of Animals 2nd Edition


    Chapter 1: The Nature and Levels of Adaptation

    Chapter 2: Fundamental Mechanisms of Adaptation

    Chapter 3: The Problems of Size and Scale


    Chapter 4: Water, Ions, and Osmotic Physiology

    Chapter 5: Animal Water Balance, Osmoregulation, and Excretion

    Chapter 6: Metabolism and Energy Supply

    Chapter 7: Respiration and Circulation

    Chapter 8: Temperature and its Effects

    Chapter 9: Excitable Tissues: Nervous Systems and Muscles

    Chapter 10: Hormones and Chemical Control Systems


    Chapter 11: Marine Life

    Chapter 12: Shorelines and Estuaries

    Chapter 13: Fresh Water

    Chapter 14: Special Aquatic Habitats

    Chapter 15: Terrestrial Life

    Chapter 16: Extreme Terrestrial Habitats

    Chapter 17: Parasitic Habitats


    An Introduction to Behavioral Ecology 3rd Edition

    An Introduction to Behavioral Ecology 3rd Edition
    Author: J.R. Krebs & N.B. Davies
    Release at: 1993
    Pages: 437
    Edition: 3rd Edition
    Language: English

    Description of An Introduction to Behavioral Ecology 3rd Edition

    An Introduction to Behavioral Ecology 3rd Edition by J.R. Krebs & N.B. Davies is a great book for Behavioral ecology, for study. This brief introduction describes the organization and contents of our book. The book is about the survival value of behaviour. We call this subject 'behavioural ecology' because the way in which behaviour contributes to survival and reproduction depends on ecology. If, for example, we want to answer the question 'How does living in a group contribute to an individual's survival?', we have to start thinking in terms of the animal's ecology; the kind of food it eats, its enemies, its nesting requirements and so on. These ecological pressures will determine whether grouping is favoured or penalized by selection. Behavioural ecology is not only concerned with the animal's struggle to survive by exploiting resources and avoiding predators, but also with how behaviour contributes to reproductive success. Much of the book is therefore about competition between individuals for the chance to reproduce and pass on their genes to future generations.

    The book emphasizes the theoretical background to each subject discussed, but we prefer to illustrate the theory with examples after a very brief general introduction, rather than developing long, abstract, theoretical arguments. Although none of the ideas we have used are difficult to understand we have placed some of the more complicated arguments and details in boxes which can be ignored if the reader is in a hurry.

    Finally a word about the style of presentation. We generally use convenient and informal shorthand rather than traditional formal scientific style. A phrase such as 'Offspring are selected to demand more food than the parent wants to give' is short for 'During the course of evolution selection acting on genetic differences in the begging behaviour of offspring will have favoured an increase in the intensity of begging. This increase will have been favoured to the extent where the level of begging by any individual offspring exceeds the optimum level for the parent'.

    Content of An Introduction to Behavioral Ecology 3rd Edition

    Chapter 1: Natural Selection, Ecology and Behaviour

    Chapter 2: Testing Hypotheses in Behavioural Ecology

    Chapter 3: Economic Decisions and the Individual

    Chapter 4: Predators versus Prey: Evolutionary Arms Races

    Chapter 5: Competing for Resources

    Chapter 6: Living in Groups

    Chapter 7: Fighting and Assessment

    Chapter 8: Sexual Conflict and Sexual Selection

    Chapter 9: Parental Care and Mating Systems

    Chapter 10: Alternative Breeding Strategies

    Chapter 11: Co-operation and Helping in Birds, Mammals and Fish

    Chapter 12: Altruism in the Social Insects

    Chapter 13: The Design of Signals: Ecology and Evolution

    Chapter 14: Conclusion