Introduction
One of the skills that students need to develop to perform well in higher studies is the ability to write essays on academic topics, including scientific reports, analyses of historical/political/social events, summaries of discussions and notes on lectures or texts. Students who acquire better writing skills in their early years of education therefore have better performance records at higher levels. This unit on writing across the curriculum aims to help you develop your students’ skills to communicate effectively in writing for academic purposes.
Unit outcomes
Upon completion of this unit you will be able to:
Outcomes |
|
Terminology
Terminology
|
Essay: |
A composition in prose, in which a writer discusses a topic, usually restricted in scope, or tries to persuade the reader to accept a particular point of view. |
Report: |
An account or statement describing in detail an event or situation, usually as the result of observation, inquiry, etc., such as a scientific report or a report on an academic event. |
|
Note taking: |
The process of writing down the important points from a lecture or a written text for future reference. |
Teacher support information
Writing an essay or a report is a process. It is unusual for anyone to be able to compose a text in one sitting, either with pen and paper or at a computer. The process begins with brainstorming ideas to include in the document, sequencing/removing/adapting them, making a draft, editing the content for grammar and style and then putting together a final work. (See Resource 1a: Steps in essay writing.)
It is also important to note that even though you can write different compositions, essays and reports, they all comprise four major parts: the title, the introduction, the body and the conclusion. (See Resource 1b: Four major parts of an essay or report.) It is also important to note that in order to write a good essay or report you need to have useful information to communicate.
Case study
Case study
|
Asha Kalunde is an English Language teacher at Kijiweni Secondary School in a remote district of Kabaji. One day the head teacher showed her a clipping from a daily newspaper that invited students in JSS to participate in an essay competition. Ms Kalunde hoped she could inspire her students to participate, and when she informed them about it they were very excited. In fact, they wanted to select the topic and start writing right away. Ms Kalunde explained that writing a good essay needs preparation, so that the content can be communicated in the most effective way. She reminded them that the first step towards writing a winning essay was to collect information on the topic, and then brainstorming on how best to express the ideas selected. She also added that more steps were required before finalising the composition, such as editing it for grammar, vocabulary and style. She asked the class to brainstorm on where they could get information. The class identified different sources of information, including people, the library, websites, newspapers and textbooks. Unfortunately, apart from the small room that the Kijiweni school had converted into a school library, there were no library facilities in the district. At the school they had electricity from solar energy, a computer and a printer, but they did not have Internet access. However, a mobile library visited the district every Wednesday. The class decided to work as a team to access various sources of information. After some discussion they selected two topics for their essays. Then they divided themselves into groups. Each group was assigned the task of collecting information from different sources. Some had to identify and interview people whom they thought knew the topic well. Others visited the mobile library and borrowed some books. A couple of students went with Ms Kalunde to one of the offices in town that had Internet access and downloaded relevant information onto a flash drive. They then printed off their information and put it in the school library. Within a week they had collected enough information for their essays. Their efforts proved to be well worthwhile. Their essay won the first prize because it had all the relevant information written in the most precise and interesting manner. |
Points to ponder |
|
Activities
Activity 1: Writing an essay
Activity 1 |
As preparation for this activity read Resource 1a: Steps in essay writing and Resource 2: Forms/Kinds of essays.
|
Activity 2: Writing a scientific report
Activity 2 |
As preparation for this activity, show students the video on Biology Experiment: Osmosis. Have a class discussion after the video on how they would report on this experiment. Read Resource 3: Science experiment: Osmosis. Ask the students to brainstorm on the parts of a scientific report. The discussion should generate expressions like observation, findings, materials required, equipment used, procedure and so on.
|
Activity 3: Taking notes
Activity 3 |
Note taking is a very useful academic exercise because it allows one to keep a concise written report of what one has heard or read. It helps one recall and review a lecture or any other discourse in a systematic manner. Most of us take notes when we are reading or listening to something important, and we tend to develop our own methods of note taking. Research shows, however, that if we learn to take notes systematically, following a process, we will understand and retain more information for later use. The process of note taking begins even before we actually listen or read. People can take notes faster, and with better understanding, if they simply spend a minute thinking about the topic they are going to hear or read before the actual note taking begins. The process ends with the reconstructing of the text or speech from the notes. The following activity aims to take the students through certain important steps of note taking.
|
Unit summary
Summary |
In this unit you learned how to assist your students in writing good essays and scientific reports, and taking notes. You also used investigation techniques to help your students collect information from various sources. These activities have given your students an opportunity to practise the processes involved in composing a variety of written texts. |
Reflections
Reflection |
|
Assessment
Assessment |
|
Resources
Resource 1a: Steps in essay writing
Resource 1a |
|
Resource 1b: Four major parts of an essay or report
Resource 1b |
|
Resource 2: Forms/Kinds of essays
Resource 2 |
We know that essays normally address a major question on a particular topic. They may seek to explain, describe, define or give a point of view. Often it is the question that the essay seeks to answer and how it addresses that question which differentiates forms or kinds of essays. The various kinds of essay include descriptive essays, cause and effect essays, comparison essays, argumentative essays and essays of definition. Descriptive essays These seek to answer the “what” questions. In a descriptive essay, the writer may start with something obvious like the physical appearance of an object or subject; then they may include inner or hidden features like attitude, values or temperaments. They may also make associations with the immediate environment of the object. Depending on the field/subject area, the writer may also include scientific or sociological explanations. The major objective of the descriptive essay is to use language to make the reader see, feel and understand an object, activity or event. Cause and effect essays These seek to answer the questions of what happened and why it happened. The writer of a cause and effect essay explains the link between the process and the result, giving the most reasonable and convincing explanation. He or she can also explain how action X leads to event Y (for example, how the process of boiling water causes it to turn into vapour). Comparison/Contrast essays These seek to explain how two things are similar or different. An essay of comparison shows how two things are similar, and an essay of contrast shows how two things are different. In this kind of essay the writer states and explains those features that are alike and those that are in contrast. Argumentative essays These seek to discuss issues by providing plausible opinions on a subject. The writer of the argumentative essay includes data/evidence to support his or her views on the subject. This means the writer has to consult reliable sources of information and become knowledgeable about different sides of the issue. He or she also needs to use persuasive language to convince readers that the writer’s views are the most plausible. Essays of definition This type of essay seeks to clarify a particular term, concept or idea. Essays of definition provide answers to various questions including what, how, why and when, so as to provide a complete understanding of the subject. The writer shares his or her knowledge on the subject in a clear and precise manner, and includes only important and relevant information. |
Resource 3: Science experiment: Osmosis
Resource 3 |
This Resource contains a link to a video on a biology experiment, a sample report on the experiment and Worksheets 1 and 2 for students. Before beginning the activity, watch the video and go through the report and worksheets. They have been designed to actively engage your students in the process of writing a scientific report, so that rather than being told how to write a report, they experience the procedure themselves. Report on a biology experiment: Osmosis Investigation: What is osmosis? Materials and equipment required: A raw potato, a boiled potato, two petri dishes, a knife, a peeler, table salt, water. Procedure: Cut the boiled and raw potatoes into two equal halves. Remove the peel from the base of each half. Use the peeler to make a small hollow on the broader side of each potato half. Pour an equal amount of water in the two petri dishes. Stand the base of each potato half in the two petri dishes. Put ½ teaspoon of table salt inside the hollow of each potato half in the petri dish. Leave the two samples for two hours. After two hours, observe the two samples carefully. Observations: The hollow of the raw potato is filled with water while that of the boiled potato contains no water. Report: Osmosis is the process of movement of water molecules from an area of higher concentration of water molecules to an area of lower concentration across a selectively permeable membrane. The process of osmosis can be observed by using a potato as a model of a cell membrane. The concentration of water molecules is higher outside the hollow of the potato half and the concentration of salt (solute) is higher inside the hollow of the potato half. As a result, water molecules move from outside the potato into the hollow of the potato half through the raw (living) cells, which act as a selectively permeable membrane. Water accumulates inside the hollow. The boiled potato half has only dead cells, so no osmosis occurs. |
Video |
Resource file
See in the enclosed DVD a video recording of the activity:
|
Worksheet 1
A raw potato, a boiled potato, two petri dishes, a knife, a peeler, table salt, water |
Investigation |
Osmosis is the process of movement of water molecules from an area of higher concentration of water molecules to an area of lower concentration across a selectively permeable membrane. The process of osmosis can be observed by using a potato as a model of a cell membrane. The concentration of water molecules is higher outside the hollow of the potato half and the concentration of salt (solute) is higher inside the hollow of the potato half. As a result, water molecules move from outside the potato into the hollow of the potato half through the raw (living) cells, which act as a selectively permeable membrane. Water accumulates inside the hollow. The boiled potato half has only dead cells, so no osmosis occurs. |
Materials and equipment required |
What is osmosis? |
Procedure |
The hollow of the raw potato is filled with water while that of the boiled potato contains no water. |
Observations |
Cut the boiled and raw potatoes into two equal halves. Remove the peel from the base of each half. Use the peeler to make a small hollow on the broader side of each potato half. Pour an equal amount of water in the two petri dishes. Stand the base of each potato half in the two petri dishes. Put ½ teaspoon of table salt inside the hollow of each potato half in the petri dish. Leave the two samples for two hours. After two hours, observe the two samples carefully. |
Report |
Worksheet 2
Report on a biology experiment: Osmosis Investigation: What is osmosis? Materials and equipment required: A raw potato, a boiled potato, two petri dishes, a knife, a peeler, table salt, water Procedure: Cut the boiled and raw potatoes into two equal halves. Remove the peel from the base of each half. Use the peeler to make a small hollow on the broader side of each potato half. Pour an equal amount of water in the two petri dishes. Stand the base of each potato half in the two petri dishes. Put ½ teaspoon of table salt in the hollow of each potato half in the petri dish. Leave the two samples for two hours. After two hours, observe the two samples carefully. Observations: The hollow of the raw potato is filled with water while that of the boiled potato contains no water. Report: From this experiment we can conclude that osmosis is the process of movement of water molecules from an area of higher concentration of water molecules to an area of lower concentration across a selectively permeable membrane. The process of osmosis can be observed by using a potato as a model of a cell membrane. The concentration of water molecules is higher outside the hollow of the potato half and the concentration of salt (solute) is higher inside the hollow of the potato half. As a result, water molecules move from outside the potato into the hollow through the raw (living) cells, which act as a selectively permeable membrane. Water accumulates inside the hollow. The boiled potato half has only dead cells, so no osmosis occurs. |
Resource 4: Natural lighting for energy conservation
Resource 4 |
Transcript Today I’m going to briefly touch upon natural lighting for houses. You are all aware of the negative effects of global warming, and one of the ways we can contribute to reducing the emission of carbon dioxide and other harmful gases into the atmosphere is by using less electricity. In this talk, I’m going to mention four ways in which we can use natural lighting more effectively in our homes. Maximising our use of natural light will not only help us save on electricity bills, it will help eliminate germs and dust mites too. Allowing more light into our homes will therefore enable us to lead healthier and better lives. In other words, it has added advantages — it will reduce our energy use and expenses; and in addition, healthy living will ensure that our hospital bills come down too! Here are four ways in which we can use natural lighting in our homes. Firstly, paint the interior walls of your home in lighter (pale) shades. This ensures better reflection of light from the walls, and makes the room look brighter. You can also use mirrors to reflect natural light off the walls, especially in darker rooms. A second option is to install large windows, especially in houses that do not allow a lot of light in. The windows should be taller rather than wider: this is another “trick” for ensuring more light enters the room. Another healthy habit is to remember to keep windows and blinds open longer on bright, sunny days to admit as much light as possible. Even if you have air conditioners installed in the rooms, it is always advisable to keep windows and doors wide open for some time to prevent carbon dioxide from building up in the rooms. There are many other ways we can save power by increasing the amount of natural light in our homes and workplaces, but today I’m going to end with just one last suggestion. In your homes, make sure that your work areas, such as desks and kitchen sinks, are situated close to sources of natural light. This is good for your health too, and will save a lot of power. In short, I’ve given you four tips on energy conservation through the use of natural light. If everyone followed these simple measures in our homes, imagine the amount of collective savings we would make! Our duty, therefore, is also to make others aware of these simple steps. Spread the word — make your neighbours, family and friends more eco-friendly. |
Audio |
Resource file See in the enclosed DVD an audio recording of the activity:
|
Resource 5a: Commonly used abbreviations and symbols in note taking
Resource 5a |
When we are taking notes, especially from a lecture, we do not have the luxury of taking down every word — the speaker cannot wait while we write! The most sensible approach is to use abbreviations and symbols where possible and to leave out words that do not contribute to the meaning. |
Here is a list of commonly used abbreviations and symbols:
Words |
Abbreviation |
|
Word |
Symbol |
---|---|---|---|---|
For example |
e.g. |
|
Percentage |
% |
That is |
i.e. |
|
Because |
∵ |
Versus |
vs. |
|
Therefore |
∴ |
Compare |
cf. |
|
Greater than |
˃ |
Note well |
N.B. |
|
Greater than or equal to |
≥
|
In the same place (from text already quoted) |
ibid |
|
Lesser than |
˂ |
In the work cited |
op. cit. |
|
Lesser than or equal to |
≤ |
Post script |
PS |
|
Equal to |
= |
Carbon dioxide |
CO2 |
|
Not equal to |
≠ |
For |
4 |
|
And |
& |
To |
2 |
|
At the rate of |
@ |
From |
frm |
|
Proportional to |
̴∼ |
Important |
imp |
|
Parallel to |
|| |
Great |
gr8 |
|
Negative |
-ve |
Air conditioned/er |
AC |
|
Positive |
+ ve |
Resource 5b: Listing and numbering in note taking
Resource 5b |
Note taking is an exercise in summarising the main points of a lecture or written text for future reference. It is not unusual to refer to notes quite some time after we first heard or read a text. It is natural, in such a case, to forget related matters such as the number of main points discussed, the sub-points of each point, the important statistics and so on. To minimise the burden of remembering all this information, we can use a system of listing through numbering and spacing. For illustration, here are the notes on the passage in Resource 4 above, showing the use of abbreviations and symbols where appropriate, as well as numbering and spacing: Passage: Natural lighting for energy conservation I. Intro: -ve effects of global warming a. reduce CO2 + other harmful gases b. use less electricity II. natural lightng: advntges a. saves elect. bills b. removes germs, dust mites c. healthy, better lives d. reduces hosp. bills III. 4 ways of using nat. lightng a. paint int. walls pale, light shades i. reflects light ii. rooms look bright iii. use mirrors b. install large windows (esp. in dark houses) i. tall windows, not wide, 4 more light c. keep blinds, windows open longer on bright days i. lets out CO2, even in AC rooms ii. uses less elect., saves power d. work areas (desks, sinks) – near sources of nat. light IV. Summary: a. 4 tips on energy consrvtn b. collective savings of community c. inform family, friends, neighbours |
Teacher question and answer
Feedback |
Question: Apart from scientific reports and experiments, what other forms of academic writing should I teach for other subject areas? Answer: There are several kinds of academic writing that students use in other subject areas. Some of the ones you could use are: comparing and contrasting two kinds of terrains/vegetation/seasons (Geography), defining and illustrating geometrical shapes (Mathematics) or discussing the cause and effect of an event (Social Studies or History). |