Chapter 14: Academic Writing
Chapter No 1 ( Academic Reading and Writing)
Chapter No 14 (Technical Writing)
Academic Writing
What is academic writing?
Academic writing is about an academic topic
at an academic level, this means first of all that you write having specific
goals in mind so you know what you want to achieve. It also mean that you know
who your readers are? What there knowledge level is? and what there expectation
of the text are. As a writer you can anticipate this.
Academic writing does many of the things that
personal writing does not: it has its own set of rules and practices
Academic writing follows a particular ‘tone’
and adheres to traditional conventions of punctuation, grammar, and spelling
There
are two key elements in academic writing which are appended below.
1- Natural Sciences
2-Social Sciences
Natural Sciences
Definition:
Natural sciences are the disciplines that study objects or processes of the
physical nature by means of scientific methods, i.e. Physics, Chemistry, and
Biology.
Social Sciences
Definition:
Social science deals with human society, social groups, and individuals in
their social relationship, institutions of society, as well as material and
cultural goods as expression of the coexistence of human being, i.e. Economics,
Sociology and Politics.
Difference between
Natural & Social Sciences
Differential points |
Natural Sciences |
Social Sciences |
Ontological Approach |
Discovering Natural Laws of phenomena in the physical
world. |
Understanding the social aspects in human interaction. |
Epistemological Approach |
Analytic |
Synthetic |
|
single elementsàComplex system |
complex systemàIndividuals |
Object of study |
Nature |
Social actors |
Methodological Approaches |
Inductive generation of theories |
Inductive generation of theories |
|
Empirical testing mainly quantitatively |
Empirical testing qualitatively and quantitatively |
Scientific outcome |
Fallible and infallible theories |
Fallible and infallible theories |
|
Gradual improvements of formalism |
Heuristics |
|
Stepwise evolution of world views |
|
Writing in the Social
Sciences
Although
there may be some differences in writing expectations between disciplines, all
writers of scholarly material are required to follow basic writing standards
such as writing clear, concise, and grammatically correct sentences; using
proper punctuation; and, in all Walden programs, using APA style. When writing
in the social sciences, however, students must also be familiar with the goals
of the discipline as these inform the discipline’s writing expectations.
According to Ragin (1994), the primary goal of social science research is
“identifying order in the complexity of social life. Serving the primary goal
are the following secondary goals:
1. Identifying general patterns and
relationships
2.
Testing and refining theories
3.
Making predictions
4. Interpreting culturally and historically
significant phenomena
5.
Exploring diversity
6.
Giving voice
7.
Advancing new theories
To accomplish these goals, social scientists
examine and explain the behaviour of individuals, systems, cultures, communities,
and so on, with the hope of adding to the world’s knowledge of a particular
issue. Students in the social sciences should have these goals at the back of
their minds when choosing a research topic or crafting an effective research
question. Instead of simply restating what is already known, students must
think in terms of how they can take a topic a step further. The elements that
follow are meant to give students an idea of what is expected of social science
writers.
Main Idea:
Because one cannot say everything there is to say about a particular subject,
writers in the social sciences present their work from a particular
perspective. For instance, one might choose to examine the problem of childhood
obesity from a psychological perspective versus a social or environmental
perspective. One’s particular contribution, proposition, or argument is
commonly referred to as the thesis and, according to Gerring, Yesnowitz, and
Bird (2004), a good thesis is one that is “new, true, and significant. To
strengthen their theses, social scientists might consider presenting an
argument that goes against what is currently accepted within that field while
carefully addressing counterarguments, and adequately explaining why the issue
under consideration matters. For instance, one might interpret a claim made by
a classical theorist differently from the manner in which it is commonly
interpreted and expound on the implications of the new interpretation. The
thesis is particularly important because readers want to know whether the
writer has something new or significant to say about a given topic. Thus, as
you review the literature, before writing, it is important to find gaps and
creative linkages between ideas with the goal of contributing something
worthwhile to an ongoing discussion. In crafting an argument, you must remember
that social scientists place a premium on ideas that are well reasoned and
based on evidence. For a contribution to be worthwhile you must read the
literature carefully and without bias; doing this will enable you to identify
some of the subtle differences in the viewpoints presented by different authors
and help you to better identify the gaps in the literature. Because the thesis
is essentially the heart of your discussion, it must be argued objectively and
persuasively.
Method:
In examining a research question, social scientists may present a hypothesis
and they may choose to use either qualitative or quantitative methods of
inquiry or both. The methods most often used include interviews, case studies,
observations, surveys, and so on. The nature of the study should dictate the
chosen method. (Do keep in mind that not all your papers will require that you
employ the various methods of social science research; many will simply require
that you analyze an issue and present a well reasoned argument.) When you write
your capstones, however, you will be required to come to terms with the
reliability of the methods you choose, the validity of your research questions,
and ethical considerations. You will also be required to defend each one of
these components. The research process as a whole may include the following:
formulation of research question, sampling and measurement, research design,
and analysis and recommendations. Keep in mind that your method will have an
impact on the credibility of your work, so it is important that your methods
are rigorous. Walden offers a series of research methods courses to help
students become familiar with research methods in the social sciences.
Organization:
The APA manual provides a useful outline of how a social science paper is to be
organized. Do keep in mind that you may not need to use this format for every
paper you submit at Walden. Research papers that follow the APA style are
divided into the following sections: title,
abstract, introduction, literature review, method, results, discussion,
references, and appendices. Note that the presentation follows a certain
logic: in the introduction one presents the issue under consideration; in the
literature review, one presents what is already known about the topic (thus
providing a context for the discussion), identifies gaps, and presents one’s
approach; in the methods section, one identifies the method used to gather
data; in the results and discussion sections, one then presents and explains
the results in an objective manner, acknowledging the limitations of the study.
One may end with a presentation of the implications of the study and areas upon
which other researchers might focus.
Objectivity:
Although social scientists continue to
debate whether objectivity is achievable in the social sciences and whether
theories really represent objective scientific analyses, they agree that one’s
work must be presented as objectively as possible. This does not mean that
writers cannot be passionate about their subject; it simply means that social
scientists are to think of themselves primarily as observers and they must try
to present their findings in a neutral manner, avoiding biases, and
acknowledging opposing viewpoints.
Language: It
is important to note that instructors expect social science students to master
the content of the discipline and to be able to use discipline appropriate
language in their writing. Successful writers of social science literature have
cultivated the thinking skills that are useful in their discipline and are able
to communicate professionally, integrating and incorporating the language of
their field as appropriate. For instance, if one were writing about how aid
impacts the development of less developed countries, it would be important to
know and understand the different ways in which aid is defined within the field
of development studies. If you have content-specific questions, be sure to ask
your instructor. The Writing Center is available to help you present your ideas
as effectively as possible.
Writing in the Natural
Sciences
“An
effective voice in a scientific paper is a little likes an effective umpire or
referee in a sports contest – the less the audience is aware of the referee, or
the personal voice of the scientist, the better.”
-
Tradition and Adaptation (123)
Basic Purpose/Approach:
Natural scientists may be writing to describe observations and draw conclusions
from them or they may be writing to survey a broader array of observations in the
field and from these, draw conclusions. Because their audiences are very
specialized, scientists know them precisely, and are often personally familiar
with a number of the individuals who will be most likely to read their work.
Scientific writers tend to assume humble personae. For these reasons, the
personal voice is not considered necessary or desirable and diction is highly
specialized.
Significantly,
scientists write with an awareness of audience and purpose just as writers in
other disciplines do – they are not writing in the fashion they do because they
are actually entirely objective, but rather because various habits of thought
and requirements of disciplinary expectation require them to write as if they
are entirely objective.
Nouns:
Scientists tend to string long noun phrases together in order to accurately
identify complicated phenomena and objects. However, because of this need to be
as specific and accurate as possible, scientific writers often struggle with
misplaced modifiers. Proper punctuation and parallelism are frequent solutions
used to solve this problem.
Pronouns:
On the rare occasions when scientists use a first-person pronoun, they prefer the
plural “we.” Research in the natural sciences is more often collaborative than
in other disciplines, so the use of “we” places emphasis on the collaborative
nature of the research and the research itself, rather than on the individuals
involved in the research. Even in scientific book reviews in which one might
suppose writers would occasionally use “I,” scientists tend to prefer “we” as
indicative of themselves and the larger scientific community/audience.
Titles:
Lengthy, specific titles are considered desirable in the natural sciences,
because audiences are typically specialized and seeking primary knowledge from
which to draw larger conclusions.
Tense:
Scientists
place a high value on accepted work and so they use the present tense in referring
to accepted theories and facts. Conclusions that are not yet accepted or the work
that led to conclusions – even validated ones – do not deserve the status of
fact and are thus referred to in the past tense.
Present:
·
Refers
to published work. Newton’s laws are…
Past:
§ Refers to one’s own work which, of
course at the time of writing, has not yet been published and incorporated into
the body of presently accepted work.
§ Refers to work (not conclusions) of
others. Newton calculated…
Passive Voice:
Because of the de-personalized nature of scientific writing, frequent use of
the passive construction is a marker of scientific writing. Passive voice is
particularly prominent in the Methods sections of scientific articles, because
the goal in this section is to enable others to replicate the experiment, not
to emphasize the original experimenters.
Note:
the subjects of studies are more often partnered with active verbs. For
example:
The
flowers wilted when…
Modifiers:
Many modifiers used in scientific writing are themselves nouns, but scientists use
modifiers not only in the interest of being specific, but in order to qualify
their assertions. Rather than stating that a finding is “exceptional,” a
scientist might qualify the statement by noting that the finding is “markedly
different from the expected results.”
Diction:
As noted above, scientists value specific, clear language, so technical jargon
and precise linguistic choices are a must. A catchy style and accessibility to
a lay audience are not factors in diction choices. Rather, scientists want
other scientists to be able to understand and locate their work as conveniently
as possible.
Tone:
Scientists work to establish new and unique findings in relation to a body of already
established knowledge. They write to contextualize their own work within that
of the broader community, so novelty and originality are de-emphasized in order
to establish the ways in which new findings extend or modify previous ones.
Types of Writing in the Social
and Natural Sciences
Writing in the
Natural Sciences: In this course, students will write several
types of scientific documents common in the natural science disciplines
(Chemistry, Biology, Physics, etc.), such as lab reports, journal articles, and
grant proposals, along with articles that interpret a scientific issue for the
general public. Improving the clarity of their writing will help students
throughout their academic careers, whether or not they ultimately enter
scientific fields.
Writing in the Social Sciences: A course designed specifically for students majoring in fields
such as Psychology, Sociology, Anthropology, Economics, Political Science, or
Education. Students will be introduced to several different disciplines within
the Social Sciences and study their predominant methods of inquiry. Most
disciplines in the Social Sciences focus on the systematic study of human
behaviour. Students will learn about methods of research, the types of evidence
that are valued, and how to write to communicate effectively in the Social
Sciences.
Natural science is a branch of science concerned with the description,
prediction, and understanding of natural phenomena, based on observational and empirical evidence.
Below are the main types of natural sciences
Biology:
This field encompasses a set
of disciplines that examines phenomena related to living organisms.
Biology is concerned with the characteristics, classification and behaviors of organisms, as well as how species were formed and their interactions with
each other and the environment.
Chemistry:
Constituting the scientific
study of matter at the atomic and molecular scale, chemistry deals primarily with
collections of atoms, such as gases, molecules, crystals, and metals.
Physics:
Physics embodies the study
of the fundamental constituents of the universe, the forces and interactions they exert on one
another, and the results produced by these interactions.
In general, physics is
regarded as the fundamental science, because all other natural sciences use and
obey the principles and laws set down by the field.
Astronomy:
This discipline is the
science of celestial objects and phenomena that originate outside the Earth's atmosphere. Astronomy
includes the examination, study and modelling of stars, planets, comets, galaxies and the cosmos.
Earth
science:
Earth science (also known as
geosciences), is an all-embracing term for the sciences related to the planet Earth, including geology, geophysics, hydrology, meteorology, physical geography, oceanography, and soil science.
Types of Social Sciences:
Below are the different types of social
sciences
Anthropology:
Anthropology is a social science, which
includes several different aspects like archeology, physical or biological
anthropology, archeology, ethnography, anthropological linguistics and also
ethnography. anthropology is
based on four fundamental branches or pillars of anthropology, which are
physical anthropology, socio-cultural anthropology, linguistic anthropology,
and archeology.
Economics:
Economics is a branch of social sciences that
aims to study the production, distribution, and consumption of wealth.
Economics is further categorized into two broad divisions, which are
microeconomics and macroeconomics
History:
History is a discipline of science, which
deals with the study of the human race in previous times, with regard to
scientific discoveries, important events, documented findings, and
archaeological evidence.
Communication:
If it hadn't been for communication, humans
wouldn't have evolved beyond a certain time. The study of communication is also
included under the umbrella of social sciences.
Communication is thus a very important aspect of our everyday lives, especially
in relation to body language.
Education:
The field of education includes teaching and
learning specific skills, but more importantly it involves mastering the art of
disseminating knowledge, balanced judgment and creating responsible citizens
through the process of all-round education.
Psychology:
The branch that deals with the study of the
human mind - psychology. It helps determine how humans react and adapt to
life's various events, why marriages fail, why some children grow up into
monstrous murderers, or how mentally sick patients in the psychological sense,
do what they do.
Political Science:
Political science has been one of the major
subjects under the branch of social sciences. Political science is the
discipline that studies the theories and practice of politics.
Geography:
Geography is classified into two different
disciplines - human and physical geography. Human geography deals with how
space is created, viewed and managed by human beings. While physical geography
focuses on the natural environment which includes climate, vegetation, life,
soil, water and even landforms.
Law:
Law is one of the important branches of
social sciences. The study of law deals with the study of law structures and
implied legal policies. It also incorporates case studies in the past and
social patterns for the possibilities of formulation of new laws.
Linguistics:
Linguistics is a branch of social sciences
that deals with cognitive and social aspects of human languages.
Conventionally, linguistics is divided into four major areas, which are syntax,
semantics, phonetics and phonology.
Social
Work:
Social work is an active area of social
science where it is a professional area of being of service to the unfortunate
and afflicted. It reins in community cooperation to help out those in need.
Sociology:
Sociology can be defined as the study of
societies and human social behavior. Sociology generally includes social rules
and processes and in-depth analysis of social interactions
Abstract writing
How to write an abstract?
If you need to write an
abstract for an academic or scientific paper, don't panic! Your abstract is
simply a short, standalone summary of the work or paper that others can use as
an overview.[1] An abstract describes what you do in
your essay, whether it’s a scientific experiment or a literary analysis paper.
It will help your reader to understand the paper and it will help people
searching for a particular work to find it and decide whether it suits their
purposes. Seeing as an abstract is only a summary of the work you've already
done, it's easy to accomplish
Writing Informative
Report
This
report type is common in many organizations. They serve two purposes:
1.
Provide a record of accomplishments (individual, department, organization)
2.
Share information on projects between employees or departments. Because they
are common, many organizations have these reports in templates
Four Types of Informative Reports
1. Activity Reports Written and shared at set periods to share
information on tasks, activities, and projects includes accomplishments. Often
read by supervisors.
2. Progress Reports Written to show progress on a project (for
supervisors and clients). These are mostly objective and should offer
explanations of any problems encountered.
3. Regulatory Reports Written to show an organization’s compliance
with federal, state, and/ or local regulations (or with professional
standards). Include financial reports and safety reports.
4. Lab Reports Written to communicate and record results of
lab studies can make up part of a report for analysis. Mostly informative, but
can also be analytical depending on context.
How to write
informative report?
Informational reports do
not have an argumentative slant. Their goal is to give people the facts so that
the reader can make a decision, not the writer. The writer should maintain a
neutral attitude when presenting the facts, but spare no energy when it comes
to researching in depth and writing clearly. Since a thesis statement presents
an argument, an informative paper does not really need one, but it does need a
clear focus stated in one sentence.
There are 6 main steps to
follow while writing an informative report:
Step 1: Find
out who wants the report and why. Without performing this audience analysis, it
is difficult to start writing. When you talk to the reader, ask what motivated
the request for the report, what topic should be covered, and the format that
it should be in. A lab report will look very different from a book report, for
example, but all informational reports need certain basic things.
Step 2: Gather
data related to the topic. Use authoritative sources like scholarly, peer
reviewed articles, scholarly books, web pages associated with governments or
universities, scientific studies, or interviews. If you collect the data
yourself, explain, near the start of the paper, the methods used to create
questionnaires and surveys.
Step 3: State
the focus of your report in the last sentence of the first paragraph, and use
the rest of the introduction to capture the audience’s attention. Cite some key
statistics, quote an expert, or tell an anecdote related to the focus. By
stating the focus, you give the reader and yourself a guide. The reader knows
what to expect, and you know what to include in the report and what to exclude.
Exclude anything that does not relate to the focus.
Step 4: List
to yourself five to ten main points, depending on the length of the report,
that are essential and that relate to the focus. Dedicate one paragraph, or
even one section of the report, to each point. Develop each point, using
quotations, statistics, examples, summaries and your own analysis and
reflection.
Step 5: Document
your sources. If you quote or summarize, use one of the major documentation
styles, Modern Language Association, American Psychological Association, or
Chicago, to give credit to the source. Save all source information, including
titles, names, publishers, page numbers and dates, as they are necessary in
most documentation styles. Different editors, teachers or managers prefer
different styles, so know which one is required for this particular report.
Step 6: Conclude
by stressing the main point of the report, stating, in different words than in
the introduction, why it is important.
Writing Lab Reports:
What lab reports and
scientific papers do?
·
Persuade others To accept
or reject hypotheses by presenting data and interpretations
·
Detail data, procedures,
and outcomes: for future researchers
·
Become part of the accepted
body of scientific knowledge: when published unless later disproved
·
Provide an archival record:
for reference and document a current situation for future
comparison
Format:
The typical lab report includes: title,
abstract, introduction, materials and methods, results, discussion, references
and literature cited
Title:
§
Reflect the factual content
with less than ten words in a straightforward manner
§
Use keywords researchers
and search engines on the Internet will recognize
Abstract:
Summarize in a concise paragraph the purpose of
the report,
data presented, and major conclusions in about 100 - 200 words.
Introduction:
§
Define the subject of the
report: "Why was this study performed?"
§
Provide background
information and relevant studies: "What knowledge already exists about
this subject?"
§
Outline scientific
purpose(s) and/or objective(s): "What are the specific hypotheses and the
experimental design for investigation?"
Materials and methods:
§
List materials used, how
were they used, and where and when was the work done (especially important in
field studies)
§
Describe special pieces of
equipment and the general theory of the analyses or assays used
§
Provide enough detail for
the reader to understand the experiment without overwhelming him/her. When
procedures from a lab book or another report are followed exactly, simply cite
the work and note that details can be found there.
Results
§
Concentrate on general
trends and differences and not on trivial details.
§
Summarize the data from the
experiments without discussing their implications
§
Organize data into tables,
figures, graphs, photographs, etc. Data in a table should not be duplicated in
a graph or figure
§
Title all figures and
tables; include a legend explaining symbols, abbreviations, or special methods
§
Number figures and tables
separately
and refer to them in the text by their number, i.e.
1. Figure 1 shows that the activity....
2. The activity decreases after five minutes (fig. 1)
Discussion
§
Interpret the data; do not
restate the results
§
Relate results to existing
theory and knowledge
§
Explain the logic that allows
you to accept or reject your original hypotheses
§
Speculate as necessary but
identify it as such
§
Include suggestions for
improving your techniques or design, or clarify areas of doubt for further
research
References & literature cited
§
Cite only references in
your paper and not a general bibliography on the topic
§
Alphabetize by last name of
the author
§
Follow the recommended
format for citations
General style
§
Strive for logic and
precision and avoid ambiguity, especially with pronouns and sequences
§
Keep your writing
impersonal; avoid the use of the first person (i.e. I or we)
§
Use the past tense and be
consistent within the report
note: "data" is plural and "datum" is singular; species is
singular and plural
§
Italicize all scientific
names (genus and species)
§
Use the metric system of
measurement and abbreviate measurements without periods (i.e. cm kg) spell out
all numbers beginning sentences or less than 10 (i.e. "two explanations of
six factors").
§
Write numbers as numerals
when greater than ten (i.e. 156) or associated with measurements (i.e. 6 mm or
2 g)
§
Have a neutral person
review and critique your report before submission
Research Reports
There
are various parts of research reports so while writing a research report we
need to know about these parts.
Parts of a report:
An objective of organizing a research paper is to allow people to
read your work selectively. When I research a topic, I may be interested in
just the methods, a specific result, the interpretation, or perhaps I just want
to see a summary of the paper to determine if it is relevant to my study.
For most studies, a proper research report includes the following
sections, submitted in the order listed, each section to start on a new page.
Some journals request a summary to be placed at the end of the discussion. Some
techniques articles include an appendix with equations, formulas, calculations,
etc. Some journals deviate from the format, such as by combining results and
discussion, or combining everything but the title, abstract, and literature as
is done in the journal Science. Your reports will adhere to the standard format.
·
Title Page
·
Abstract
·
Results
·
Examples
Common errors in student research reports have been collected and summarized, to help
you avoid a number of pitfalls. You may also want to keep in mind how lab reports are usually graded as you prepare your work.
Style
In all sections of your paper, use paragraphs to separate each
important point (except for the abstract), and present your points in logical
order. Use present tense to report background that is already established. For
example, 'the grass is green.' Always use past tense to describe results of a
specific experiment, especially your own. For example, 'When weed killer was
applied, the grass was brown.' Remember - present tense for background, and
past tense for results.
Title Page
Select an informative title, such as "Role of temperature in
determination of the rate of development of Xenopus larvae." A title such as "Biology lab #1" is not
informative. Include the name(s) and address(es) of all authors, and date
submitted.
Abstract
Summarize the study, focusing on the results and major
conclusions, including relevant quantitative data. It must be a single
paragraph, and concise. It should stand on its own, therefore do not refer to
any other part of the report, such as a figure or table. Avoid long sections of
introductory or explanatory material. As a summary of work done, it is written
in past tense.
Introduction
Introduce the rationale behind the study, including
·
The overall question and its relevance to science
·
Suitability of the experimental model to the overall question
·
Experimental design and specific hypothesis or objective
·
Significance of the anticipated results to the overall question
Include appropriate background information (but please do not
write everything you know about the subject).
Methods and Materials
The purpose of this section is to document all of your procedures
so that another scientist could reproduce all or part of your work. It is not
designed to be a set of instructions. As awkward as it may seem, it is standard
practice to report methods and materials in past tense, third person passive.
Your laboratory notebook should contain all of the details of everything you do in lab, plus any additional information
needed in order to complete this section.
While it is tempting to report methods in chronological order in a
narrative form, it is usually more effective to present them under headings
devoted to specific procedures or groups of procedures. Some examples of
separate headings are "sources of materials," "assay
procedures,"cell fractionation protocol," and "statistical
methods." Try to be succinct without sacrificing essential information.
Omit any background information or comments. If you must explain why a
particular procedure was chosen, do so in the discussion.
Omit information that is irrelevant to a third party. For example,
no third party cares what color ice bucket you used, or which individual logged
in the data. You need not report sources of basic chemicals that would be found
in any supply cabinet, such as sodium chloride or potassium phosphate. Report
how procedures were done, not how they were specifically performed on a
particular day. For example, report "samples were diluted to a final
concentration of 2 mg/ml protein;" don't report that '135 microliters of
sample one was diluted with 330 microliters of buffer to make the proteins
concentration 2 mg/ml."
Results
Raw data are never included in a research paper. Analyze your
data, then present the analyzed (converted) data in the form of a figure
(graph), table, or in narrative form. Present the same data only once, in the
most effective manner. By presenting converted data, you make your point
succinctly and clearly.
Figures are preferable to tables, and tables are preferable to
straight text. However, many times a figure is inappropriate, or the data come
across more clearly if described in narrative form.
To give your results continuity, describe the relationship of each
section of converted data to the overall study. For example, rather than just
putting a table in the paper and going on to the discussion, write, 'In order
to test the null hypothesis that dust particles are responsible for the blue
color of the sky, we observed the results of filtering air through materials of
decreasing pore size. Table 1 lists the spectrum of transmitted light at right
angles to the light path through air filtered through different pore sizes.'
Then present your table, complete with title and headings.
All converted data go into the body of the report,
after the methods and before the discussion. Do not stick graphs or other data
onto the back of the report just because you printed or prepared them
separately.
Do not draw conclusions in the results section. Reserve data
interpretation for the discussions.
Discussion
Interpret your data in the discussion. Decide if each hypothesis
is supported, rejected, or if you cannot make a decision with confidence. Do
not simply dismiss a study or part of a study as "inconclusive." Make
what conclusions you can, then suggest how the experiment must be modified in
order to properly test the hypothesis(es).
Explain all of your observations as much as possible, focusing on
mechanisms. When you refer to information, distinguish data generated by your
own studies from published information or from information obtained from other
students. Refer to work done by specific individuals (including yourself) in
past tense. Refer to generally accepted facts and principles in present tense.
For example, "Doofus, in a 1989 survey, found that anemia in basset hounds was correlated with advanced age. Anemia is a condition in which there is insufficient hemoglobin in the blood."
Decide if the experimental design adequately addressed the
hypothesis, and whether or not it was properly controlled. One experiment will
not answer an overall question, so keeping the big picture in mind, where do
you go next? The best studies open up new avenues of research. What questions
remain? Did the study lead you to any new questions? Try to think up a new
hypothesis and briefly suggest new experiments to further address the main
question. Be creative, and don't be afraid to speculate.
Literature Cited
List all literature cited in your report, in alphabetical order,
by first author. In a proper research paper, only primary literature is used
(original research articles authored by the original investigators). Some of
your reports may not require references, and if that is the case simply state
"no references were consulted.
Examples:
Give
appropriate examples for your research papers. Illustrate the examples.
Labels: Academic Reading and Writing, Technical and Business Writing
0 Comments:
Post a Comment
Subscribe to Post Comments [Atom]
<< Home