Write a proposal that someone can act on
An examination writing task may ask you to persuade someone to approve a worthwhile idea. The temptation is to begin with enthusiastic claims: a project will change the world, save enormous amounts of electricity or inspire every student. Yet a useful proposal has a more disciplined purpose. It tells the recipient what you want to do, why it is appropriate, what evidence supports the idea, what the evidence cannot establish and what clear action the recipient should take. Readers need enough detail to make a decision, not a speech built from admiration for the project.
This guide uses an original school demonstration about the effects of shade on a small solar panel. We have already explored the Physics and Mathematics of that demonstration. Here the challenge is English: selecting information, giving it a readable structure, managing tone, addressing an audience and avoiding promises that the numbers do not justify. The best answer is not necessarily the one with the most technical facts. It is the one that enables its intended reader to understand and respond.
The official 2027 Singapore–Cambridge SEC G3 English Language K300 syllabus defines Paper 1 Writing as 70 marks and 35% of the English assessment, lasting one hour and fifty minutes. Within it, Section B Situational Writing carries 30 marks and asks for a text of about 250–350 words in response to a given situation and stimulus. Section A Editing carries 10 marks and Section C Continuous Writing 30 marks. This chapter’s writing tasks, stimulus and model work are invented teaching material, not a claim about what SEAB will set.
Read the earlier lessons without mixing up their purposes
Volume 0946 explains how the fictional panel’s measured voltage, current and output power relate and why the readings cannot establish its maximum electrical power or conversion efficiency. Volume 0947 derives the paired-power values, percentage comparisons and conditional planning models. Those chapters help you understand the evidence; this article asks how to communicate the findings responsibly in a school proposal.
If you need a different situational-writing example, Volume 0920 develops an evidence-led report about school door access. Volume 0944 trains spoken answers in response to unfamiliar questions, a useful contrast because a planned oral response is not written in the same way as a formal proposal. The PSLE English revision route is available for learners whose basic paragraph development or comprehension is still unsteady. These are separate owners for separate needs, not duplicates of the present task.
The original practice stimulus
Imagine a fictional secondary school organising a Learning and Sustainability Showcase. Your class has tested a small teacher-supervised solar module with a fixed 20-ohm resistor. The results show lower measured output power when more of the module is shaded. A draft exhibition board currently carries the headline ‘Half the shade means half the solar electricity’. The showcase coordinator asks student representatives to propose changes that would make the display accurate, understandable to younger visitors and suitable for a school event.
You are to write an email proposing a revised exhibit, explaining why the changes matter and giving practical steps for visitors to understand the demonstration. The intended recipient is the school showcase coordinator, not a laboratory specialist or the general public. The situation, headline and recipient are created for this guide. In a real examination, you must respond to the actual situation, text type, task bullets and visual stimulus rather than importing this invented setup.
The evidence the writer is allowed to use
The fictional data belong to the controlled school demonstration described in Volumes 0946 and 0947. With no deliberate cover, voltage is 3.6 V and current is 0.18 A across the fixed load, giving 0.648 W. With approximately one-quarter of the panel surface covered, voltage is 3.0 V and current is 0.15 A, giving 0.450 W. With approximately one-half covered, voltage is 2.4 V and current is 0.12 A, giving 0.288 W. No actual rooftop installation, long-term energy record or school’s electricity bill was measured.
The difference between 0.648 W and 0.288 W is 0.360 W, about 55.6% of the no-cover output. Those are measured load-power comparisons from a fabricated teaching dataset. The figures do not support ‘half the shade means half the electricity’, and they certainly do not establish that every real solar panel follows the same pattern. A persuasive writer must keep that distinction while making the exhibit engaging.
1. Understand exactly who will read the text
Writing to a school coordinator requires a courteous, professional but natural tone. The reader is likely interested in what visitors will learn, whether the revised exhibit can be supervised safely and what practical arrangements are needed. The coordinator does not require a full derivation of photovoltaic physics. A proposal that begins with an abstract definition of renewable energy may miss the point: the reader needs a decision and a workable plan.
Ask what the recipient knows and must decide. Has the school already agreed to hold the event? Yes, in this fictional situation. The task is therefore not to persuade the coordinator to organise an entirely new showcase; it is to improve one part of it. Distinguishing the existing situation from the requested change keeps the message focused and prevents paragraphs of irrelevant background.
2. Identify the task, not only the topic
The topic is solar energy, but the task is to propose changes to a school display. A topical essay about the advantages of renewable energy will not meet the purpose. The proposal should identify the misleading headline, recommend an accurate replacement, describe a visitor-friendly way to show the measurements, and include a manageable method for supervision or questions. These are actions the coordinator can approve or adjust.
Underline the operative verbs in any real task: propose, explain, justify, suggest or request. A single prompt may require two or three different moves. If you only explain why science exhibitions are important, you have not proposed the needed alterations. If you only supply a new headline, you have not explained how the new exhibit would work. A useful response does all of the named things in a logical order.
3. Begin with the decision the reader can make
A strong opening could be: ‘I would like to propose a clearer display for our solar-panel demonstration at the Learning and Sustainability Showcase.’ The sentence names the purpose and project immediately. A second sentence can give the central reason: the present headline oversimplifies how the measured electrical output changed with shade. The reader now knows why the email deserves attention.
A weaker opening might read: ‘Since the beginning of time, the sun has been very important to the Earth and all of humanity.’ It is broadly true but too distant from the coordinator’s decision. Another weak opening is ‘I demand that the wrong poster be removed immediately.’ The tone needlessly creates conflict. A calm, specific purpose gives the recipient room to act without losing the urgency of accuracy.
4. Choose the most persuasive numbers, not all numbers
The dataset includes three pairs of voltage and current and three calculated powers. A 300-word email cannot become a laboratory report. For the coordinator, the most useful comparison may be 0.648 W without deliberate covering and 0.288 W with approximately half the panel covered. The numbers demonstrate that the proposed headline is misleading. A second sentence can say that the table will show all three recorded conditions for visitors who want more detail.
Select data because it supports the decision, not because it took effort to calculate. An examination answer with ten numerical figures may be less clear than one with two carefully chosen values and a meaningful explanation. Never turn the measurements into an unsupported claim about school-wide energy savings. The aim is credibility, not the appearance of scientific sophistication.
5. Replace an inaccurate claim with a useful one
The problematic headline ‘Half the shade means half the solar electricity’ turns a complicated response into a universal proportional rule. The fictional data do not show a 50% loss; they show about 55.6% reduction in measured load power under the stated conditions. Even if the loss had been exactly 50% in one trial, that would not prove a universal rule for all panels or load arrangements.
A better display headline is ‘How does shade change the power delivered by our small solar panel?’ It invites observation without predicting the answer. A supporting caption can read: ‘In this classroom trial, the measured load power fell from 0.648 W without deliberate cover to 0.288 W when approximately half the surface was covered.’ The question attracts interest, and the caption gives an honest, bounded answer.
6. Make the proposal concrete
A recommendation becomes useful when it names materials and visitor actions. For example, suggest displaying a labelled three-row results table, a simple graph with power in watts, and a supervised low-voltage demonstration in which visitors can observe how the reading changes as a card is moved. Visitors can then compare their own prediction with the measurement. The exhibit helps them learn through observation instead of memorising a slogan.
The plan must respect the school context. State that the teacher will operate approved equipment and that visitors will not handle exposed wiring or connect the module to mains electricity. Those details matter because a persuasive proposal should be feasible and responsible. Do not clutter the email with the engineering design of a real photovoltaic installation. The selected safety measures need only match the fictional small-scale demonstration.
7. Use reasons that connect to the reader’s priorities
Why should the coordinator approve a replacement poster? Because visitors will understand what the readings actually show, because students can practise questioning simplified claims, and because the demonstration can be engaging without becoming misleading. These reasons address educational value, visitor accessibility and credibility. Each reason can be linked to one concrete improvement.
An answer that says ‘This is important because it is very beneficial, impactful and transformative’ conveys enthusiasm but little information. Replace the vague adjectives with a cause and a consequence: ‘A labelled graph will help younger visitors see the trend without confusing shaded area with electrical output.’ That sentence gives the reader a practical reason for the requested change.
8. Organise paragraphs around different jobs
A concise situational email can use four purposeful paragraphs. The first states the proposal and concern. The second gives the key evidence and the corrected display language. The third describes the revised visitor experience and necessary supervision. The fourth explains the value and asks for approval or feedback. This structure is a planning option, not an officially prescribed format.
Each paragraph should move the decision forward. If the first and second both repeat that solar energy is important, one is redundant. If the third suddenly discusses government climate policy without relating it to the exhibit, the reader loses the thread. In a time-limited paper, structure is a way to prevent omissions and repetition, not a decoration applied after the writing is complete.
9. Understand the limits of persuasive certainty
The fictional measurement proves only what the dataset reports under the stated test conditions. It does not show how much electricity a rooftop system would produce over a day or how much money the school would save. It does not measure the sunlight falling on the module, so it cannot establish its conversion efficiency. A responsible proposal should avoid those untested claims.
Qualifying language can be brief. Instead of ‘Our experiment proves solar panels lose more than half their electricity whenever they are half shaded’, write ‘In our small classroom trial, the measured output to the load decreased by slightly more than half under the half-covered condition.’ The meaning is still clear. The small phrase ‘in our trial’ does a great deal of ethical work.
10. A complete original model email
The following response is a fictional model of an email to a school coordinator. It is written to demonstrate audience, purpose, relevant details and measured claims within the intended situational-writing length. It is not an official SEAB answer or marking scheme. Read it as a whole before studying its paragraph choices. The header and salutation identify the audience; the prose itself makes the proposal.
Subject: Proposal to improve the solar-panel showcase display
Dear Showcase Coordinator,
I would like to propose several changes to our class’s solar-panel display for the Learning and Sustainability Showcase. The current headline, ‘Half the shade means half the solar electricity’, is memorable, but it does not accurately describe our results. We can make the exhibit just as interesting while helping visitors understand what our small experiment actually measured.
Our demonstration used a fixed electrical load. Without deliberate covering, the panel delivered 0.648 watts to the load. When approximately half its surface was covered, the measured power was 0.288 watts. This is a decrease of about 55.6% from the first reading, not exactly half. More importantly, these figures describe one classroom trial; they do not predict how every solar panel will perform.
I suggest replacing the headline with a question: ‘How does shade change solar-panel output?’ Beside it, we could show a short three-row table and a clearly labelled graph. Younger visitors could predict which condition would produce the highest reading before viewing a teacher-supervised demonstration. A small caption would explain that our measurement is electrical power delivered to a fixed load, not total sunlight received or future school electricity savings.
These changes would make the exhibit accurate, interactive and accessible without requiring visitors to understand advanced calculations. Our science teacher could supervise the approved low-voltage equipment, while student guides explain the graph and invite questions. If you agree, we can prepare the revised board and test the instructions with younger students before the showcase.
Thank you for considering the proposal. I would appreciate your feedback on the revised display and the suggested visitor activity.
Yours sincerely,
A Student Representative
11. Read the model as an editor would
The opening identifies a concrete decision and gently names the error. It does not accuse the original group of dishonesty. The second paragraph selects the crucial numerical comparison and marks the boundary of the evidence. The third paragraph gives the coordinator materials and a visitor activity. The fourth explains why the changes fit the school’s purposes and names a safety arrangement. The closing asks for an actionable response.
The model does not list every intermediate calculation from Mathematics. The arithmetic has already been checked, so the English response can carry the result in plain language. It does not promise that the exhibit will transform environmental policy or reduce the electricity bill. And it does not conceal the fact that the values belong to one fixed-load classroom test. That balance makes the message more believable.
12. Adjust a model to the actual task, not the other way around
In an examination, the real stimulus may specify an article, a letter, a speech, a report or an email, and may give several required details. You must adapt the format and content to what is asked. If the recipient is a principal rather than a showcase coordinator, choose a suitable level of formality. If the task concerns an actual cost estimate, you must evaluate the supplied cost information rather than use the figures from this imagined science display.
A model is useful when it teaches a transferable structure. It becomes harmful when a student reproduces its sentences despite a different task. The most reliable habit is to map purpose, audience, context and required content before writing the opening line. The examiner is assessing how well your writing responds to the prompt, not how faithfully you can reproduce a memorised script.
13. Distinguish observation from recommendation
The statement ‘The measured load power decreased from 0.648 W to 0.288 W’ is a report of the supplied fictional data. The statement ‘We should change the headline’ is a recommendation. The statement ‘This would help younger students avoid a false proportional rule’ is the reason for that recommendation. A strong proposal connects all three, but it does not treat them as interchangeable.
An editor can test each sentence by asking whether it is an observation, inference, judgement or request. If the sentence makes a claim of fact, it needs appropriate support. If it asks the coordinator to act, it needs a clear benefit or reason. If it offers an interpretation, the wording should reveal any important limits. This approach gives every paragraph a coherent role.
14. Keep technical words only where they earn their place
Words such as voltage, current, watt, load and efficiency may be relevant, but they are not interchangeable. A school coordinator may not need a full explanation of electrical resistance, yet the difference between power and energy matters when correcting a misleading caption. A short definition or plain-language phrase can make the technical term accessible: ‘The graph shows electrical power delivered to our test load, measured in watts.’
Do not simplify to the point of inaccuracy. ‘We generated half as much sun’ is nonsensical; ‘Our electricity reduced by half’ is ambiguous. Equally, do not burden the recipient with jargon such as ‘nonlinear photovoltaic I–V operating locus’ unless the task genuinely requires specialist communication. The aim is to retain exact meaning while removing avoidable effort for the reader.
15. Choose a professional, humane tone
Proposals often concern a problem created by other people. A useful writer identifies the problem without humiliating the person who made it. Compare ‘The committee has clearly failed to understand science’ with ‘The present headline could give visitors a misleading impression of the results.’ The second sentence keeps the focus on the information and makes cooperation possible.
Courtesy does not mean weak recommendations. You can state plainly that the headline should be replaced and explain why. Phrases such as ‘I would like to propose’, ‘I suggest’ and ‘I would appreciate your feedback’ fit a school coordinator, but excessive flattery or repeated apologies may dilute the message. Respectful language serves the proposal when it is specific rather than decorative.
16. Write sentences that carry one major idea
A long sentence can hide a logical gap: ‘Our panels are amazing and they save electricity and everyone will learn about climate change and the graph makes everything clear because it shows our results which prove solar works.’ Several claims appear without a clear relation. The sentence also wrongly suggests that a small fixed-load experiment proves large-scale outcomes.
Break the idea into useful steps: ‘Our readings changed when the panel was shaded. A labelled graph would help visitors compare the three conditions. A short caption would explain why the result cannot be applied automatically to every panel.’ Each sentence has a job. Short sentences are not always superior, but a clear sequence of connected thoughts is almost always easier to trust.
17. Use connectors to make reasons visible
Words such as because, therefore, however, although and as a result can show relationships. They do not create relationships by themselves. ‘We should replace the headline because it implies a fixed rule that our data do not support’ contains a reason. ‘Our experiment was small; therefore every real solar panel behaves differently’ contains an invalid leap: the size of one experiment does not prove the behaviour of every other system.
Train yourself to read both sides of a connector. Does the evidence actually justify the conclusion that follows? Could a reader reasonably ask for another step? In explanatory and persuasive writing, logical transitions matter more than ornamental transitions. The best connective word is the one that accurately matches the evidence and the recommendation.
18. Summarise a dataset without changing its meaning
Suppose your first draft reads: ‘When we covered half of the solar panel, its output halved.’ That is a plausible-sounding compression, but it changes the result. The data show a reduction of about 55.6% in load power from the no-cover condition. A shorter yet accurate summary is ‘The half-covered test delivered less than half of the original measured power.’ Since 0.288 W is approximately 44.4% of 0.648 W, that statement is true.
A good summary chooses which detail to retain. ‘Output fell with shading in our trial’ is accurate and readable if the exact numbers appear elsewhere on the exhibit. ‘Shade always destroys half the electricity’ is not. The rule is simple: remove dispensable detail, but do not remove the condition that prevents a false claim.
19. Use a specific request at the end
The coordinator needs to know what agreement or assistance you seek. An ending that says ‘I hope the world will become greener’ does not make the next step clear. A better closing requests approval to revise the board and test the visitor instructions, or invites feedback on the proposed layout. It converts the argument into an action.
The request should match the writer’s authority. A student representative can suggest a schedule, prepare draft materials and ask a supervising teacher to manage the equipment. The representative should not promise that the school has authorised an electrical installation or committed funds without evidence. Honest awareness of the writer’s role helps the tone remain credible.
20. Check the official task details before editing style
One examination risk is writing a polished answer that omits a required point from the stimulus. Before revising vocabulary, compare each paragraph with the task: Have you answered every instruction? Is the audience right? Have you written the required text type? Are the supplied details represented faithfully? Is the request clear? Only then examine grammar and sentence rhythm.
The official K300 syllabus specifies a word range for Situational Writing, so a response that spends most of the permitted length on general background may leave insufficient space for practical detail. The right balance depends on the actual prompt. A short plan before writing is not wasted time if it prevents a missing paragraph or an audience mismatch.
21. Edit claims before editing commas
Begin the editing pass with accuracy. Find absolute words such as always, every, proves, guaranteed and exactly. Ask whether the stimulus supports them. Next check all comparisons and units. In this scenario, watts describe electrical power delivered to a load, not daily energy usage. A claim about school electricity bills is not supported by a table from a small classroom demonstration.
After repairing meaning, check grammar, punctuation, sentence boundaries and consistency of tense. It is possible to produce a grammatically perfect false claim. Accuracy and language quality reinforce one another when the facts are settled first. This order is especially useful in formal communications that may influence a reader’s decision.
22. Handle an alternative viewpoint without losing focus
A coordinator may worry that a corrected, qualified headline is less exciting than the original. A persuasive response can acknowledge that concern in one sentence: ‘The revised title is a question, so it still invites curiosity.’ Then offer the interactive demonstration as the answer to the concern. You have not abandoned accuracy; you have found a way to make accuracy engaging.
Do not devote half the email to refuting an objection that the task did not raise. The objection should help clarify the proposal. If the actual stimulus includes a budget, deadline or accessibility concern, respond to that instead. An examination response earns value from handling the provided situation, not from displaying every rhetorical technique the writer has learned.
23. Practise three levels of improvement
First repair a sentence that is factually wrong. Second make a correct sentence more accessible to the audience. Third connect the improved sentence to a clear action. For example: ‘Half the shade causes half the electricity’ becomes ‘In our test, covering roughly half the panel reduced measured load power by about 55.6%.’ The next revision adds accessibility: ‘Our poster will show this result with a labelled graph.’ The final version gives the decision: ‘I therefore propose replacing the current headline and graph labels before the event.’
This method separates correctness, clarity and usefulness. It also prevents a common editorial mistake: polishing an unsupported statement until it sounds persuasive. Never treat elegant phrasing as a substitute for evidence. A reliable writer decides what is true and relevant, then finds the simplest words that carry it.
24. Original practice challenges with model thinking
The following exercises are newly written for this learner guide. They are not official examination questions. Try each aloud or in short written form before reading the explanation. The most demanding prompts ask you to protect the meaning of numbers while changing the language for different audiences. Such practice helps because it teaches flexible writing instead of copying an unchanging model answer.
In a real G3 English paper, marks depend on the official assessment criteria and how well your response answers the actual situation and stimulus. The examples below train clarity, purpose, content selection and responsible expression. They should be adapted, not memorised as fixed phrases.
Writing exercise 1: Repair the headline ‘Half the shade means half the electricity’.
A responsible alternative is ‘How does shade affect the power delivered by our small solar panel?’ The question avoids claiming a fixed mathematical rule. The supporting caption can state that power measured at the fixed load decreased from 0.648 W to 0.288 W when about half the surface was covered. This presents a specific result rather than a claim about every solar installation.
Writing exercise 2: Write a one-sentence purpose for the email.
‘I am writing to propose a clearer and more accurate display for our class’s solar-panel demonstration at the forthcoming school showcase.’ The sentence names the proposed action, its intended quality and the event. It does not begin with a distant general statement about renewable energy. A reader knows the writer’s purpose immediately.
Writing exercise 3: Explain the power result to a younger student.
‘When our class covered part of a small solar panel, the electrical power going to our test circuit became smaller. We measured it using a voltmeter and ammeter, then calculated the power.’ If giving the precise figures, say that the power changed from 0.648 W without cover to 0.288 W under half cover. Do not claim the panel was measuring its own maximum output.
Writing exercise 4: Explain why a cost-saving claim should be removed.
The experiment reports three instantaneous electrical readings for a small test circuit. It provides no measurement of the school’s electricity usage, electricity price, hours of sunlight or real building-scale installation. Therefore a statement such as ‘This display will cut school bills by half’ cannot be justified. Removing the claim protects the credibility of the proposal.
Writing exercise 5: Replace an accusatory sentence with a professional one.
Instead of ‘The previous group has made a terrible scientific mistake,’ write ‘The current caption may give visitors an inaccurate impression of how the measured power changed.’ The revision identifies the problem without insulting the people involved. Professional tone is not avoidance; it makes the requested correction easier for the coordinator to approve.
Writing exercise 6: Write a reason for adding a labelled graph.
‘A graph with covered fraction on one axis and measured power in watts on the other would allow visitors to compare all three observations without mistaking shaded area for electrical output.’ The reason connects the graphic design to the reader’s learning. A vague assertion that the graph will ‘look nice’ does not explain why it is educationally useful.
Writing exercise 7: Use the word ‘however’ without changing the logic.
‘The results show a decrease in output power as more of the small module was covered. However, they do not prove an exact rule for all solar panels.’ The contrast is meaningful: the first sentence gives a measured trend in the trial; the second sets a limit. Do not add ‘however’ merely because it sounds formal.
Writing exercise 8: Suggest a safe visitor activity.
‘Visitors could predict the reading before the teacher moves a shading card across the approved low-voltage panel, then compare their predictions with the displayed values.’ The recommendation is interactive and relates directly to the lesson. It does not ask visitors to touch exposed connections, investigate rooftop equipment or make changes to a building’s wiring.
Writing exercise 9: Choose between a graph of power and a graph of voltage.
If the headline concerns electrical power, a graph of calculated power delivered to the fixed load is the clearer main display. Voltage alone is only one part of the electrical measurement and may mislead readers who mistake it for power. A brief table can still show both voltage and current to make the calculated values auditable.
Writing exercise 10: Write a suitable closing request.
‘If you approve these changes, our group can prepare the revised board and arrange a short trial with younger students before the showcase.’ This is more actionable than ‘Please consider our ideas.’ It identifies the specific decision, a feasible next step and a practical check of clarity. The writer should not promise approval that has not yet been granted.
Writing exercise 11: Condense a technical paragraph into two audience-friendly sentences.
‘We tested the panel with one fixed electrical load. The measured output power fell as more of the surface was covered, but our short test cannot predict how every solar installation will behave.’ These sentences preserve the type of measurement, the direction of the result and its limit. A useful condensation removes jargon without losing scientific meaning.
Writing exercise 12: Correct ‘We have proven the panel’s efficiency is 44.4%’.
The value 44.4% is the approximate ratio of half-covered load power to no-cover load power, not the panel’s energy-conversion efficiency. The experiment did not measure incoming solar power. A corrected sentence is ‘The half-covered condition delivered about 44.4% of the measured no-cover power under this test arrangement.’
Writing exercise 13: Correct ‘The module produced 388.8 watts in ten minutes’.
Under a stated constant 0.648 W output for 600 seconds, 388.8 is an energy amount in joules, not watts. In an English proposal, avoid this extra calculation unless the task requires a time-dependent result. If used, write ‘At that constant output, the load would receive 388.8 joules over ten minutes.’ The conditional words matter.
Writing exercise 14: Give an opening for a report rather than an email.
‘Purpose: This report recommends changes to the solar-panel demonstration board to improve the accuracy and clarity of information presented at the school showcase.’ A report may need headings and an objective tone, depending on the stimulus. Do not copy email greetings into another required text type. The intended audience and purpose still govern the writing.
Writing exercise 15: Write an accessible sentence about the 55.6% loss.
‘When roughly half the module was covered, the power delivered to our test load was about 55.6% lower than the no-cover reading.’ The sentence specifies the physical comparison and the baseline. It does not imply an identical reduction in sunlight, electricity bills or the performance of every solar module.
Writing exercise 16: Identify why ‘Everyone will love the exhibit’ is weak.
It promises a response from all visitors that the writer cannot know. Replace it with a reasoned benefit: ‘The revised question and simple demonstration may encourage visitors to test their expectations against the readings.’ The new sentence is realistic, specific and linked to an activity that the coordinator can arrange.
Writing exercise 17: Improve a paragraph with repeated general praise.
Remove sentences that say the event is excellent, amazing or extremely important without adding information. Use the space to identify the revised headline, give a real measured comparison, describe visitor participation or request a decision. An effective examination paragraph performs a distinct task. Repetition can make a long answer feel empty.
Writing exercise 18: Explain why no photos are needed in this lesson.
The source task can be communicated through text, a labelled numerical table and a teacher-supervised measurement demonstration. A photograph would not replace the missing information about axes, denominators or operating conditions. The written proposal should describe exactly what the coordinator must approve. Readers should not need decorative visuals to understand the recommendation.
Writing exercise 19: Draft a reply to a coordinator who asks whether the results guarantee future savings.
‘No. Our figures describe electrical power delivered to one small test load during a classroom demonstration. They are useful for teaching how measurements change with shade, but they cannot predict the school’s future electricity savings without further data.’ This is polite, direct and scientifically measured. Declining an unsupported claim is a strength.
Writing exercise 20: Explain how to avoid memorising the model email.
Before writing, list the new task’s audience, purpose, required details and constraints. Choose the most relevant evidence and order the requested actions. Draft original sentences that answer the actual prompt. The model demonstrates a method, not a paragraph to reproduce unchanged. Change of situation should lead to change of content.
Writing exercise 21: Repair ‘We measured the exact amount of sunlight received by the panel’.
The teaching dataset contains load voltage and current, not a measurement of irradiance or incident solar power. Write instead: ‘We measured the voltage and current delivered to a fixed test load under three shading conditions.’ This correction preserves the value of the experiment and avoids attributing an unperformed measurement to the class.
Writing exercise 22: Write a calm final judgement about the exhibition change.
‘I recommend the revised board because it retains the engaging experiment while making the numerical comparison and its limits clear to visitors.’ This sentence links the action to the problem and the audience’s needs. The conclusion should be decisive without promising outcomes that the evidence cannot support.
25. A structured practice routine over five sessions
On the first day, identify the audience, purpose and required details in three different situational prompts without drafting. On the second, write one effective opening and closing for each. On the third, revise several overstatements into measured claims with clear evidence. On the fourth, write a complete original response in the requested length and text type. On the fifth, give the draft to a reader unfamiliar with the task and ask what decision the writer is requesting.
Your revisions should target the first serious weakness. A learner who misses task bullets needs a stronger planning method. A learner who writes vague reasons needs specific cause-and-consequence examples. A learner who has clear ideas but makes many sentence errors needs focused grammar and editing practice. More full papers are not automatically the best solution. Choose a practice exercise that repairs the actual gap.
26. An examination-day checklist that respects your reader
Before you finish any situational response, ask whether the recipient and purpose are obvious in the opening. Confirm that every required point from the actual stimulus appears somewhere in the draft. Check the text type, tone and length; then examine whether claims are supported, numbers are described accurately, paragraphs develop separate ideas and the ending requests or completes the appropriate action. Repair contradictions before polishing vocabulary.
The strongest writing does not advertise how hard the writer worked. It lets the reader understand the situation and the recommended next step without effort or confusion. In this solar-panel case, accuracy and clarity reinforce one another: a truthful caption makes a better exhibit, and an actionable email makes the correction possible. Carry that habit to unfamiliar tasks. Good examination English is clear thinking written for someone else.
