A clear reply begins by answering the reader’s real question
When someone writes to ask whether a worrying claim is true, the most useful response neither dismisses the concern nor repeats the frightening claim as fact. It identifies the question, answers what the available information can establish, and says plainly where the evidence stops. Good situational writing is not simply polite language placed around a list of facts. It is a decision about what the reader needs, in what order, and with what degree of certainty.
This volume develops a specific English Paper 1 skill: replying to a public inquiry about fictional environmental data. The learning materials, school names, sample organisms, concentrations, questions and emails are invented. They are not public advisories about Sengkang, actual pesticide findings, or instructions for investigating or handling a substance. The task is to write an accurate, reassuringly clear message without making medical or environmental guarantees.
The science mechanism belongs to Biology Volume 0904. Calculation and weighting belong to Mathematics Volume 0905. The current article owns the writing decision: how to answer a specific reader who is concerned, confused or sceptical about a report. Volume 0902 is the earlier owner of English Paper 2 source reading and summary, while Volume 0888 owns a different situational-writing intent: turning population evidence into a recommendation. This is an inquiry reply, not another general data briefing.
Verify the examination: what G3 English Paper 1 actually contains
SEAB’s official 2027 G3 syllabus page (updated 26 October 2026) lists English Language K300, corresponding to the former 1184 reference. The K300 English syllabus describes Paper 1 Writing as one hour fifty minutes, 70 marks and 35% of the English grade. Section A Editing has ten marks. Section B Situational Writing has thirty marks and usually an expected response of about 250 to 350 words. Section C Continuous Writing has thirty marks with the expected response of about 350 to 500 words. These are different tasks; students should not answer a Section B email as though it were a Section C essay.
Paper 2 Comprehension is separately assessed at 35%, Paper 3 Listening at 10%, and Paper 4 Oral Communication at 20%. This article is not a specimen question from SEAB. Our invented inquiry is a practice vehicle for the audience, purpose, context and content decisions required for effective situational writing. The precise wording of any examination question always takes precedence over a generic template.
Mathematics K310 and Biology K325 are independent subjects, not sections of English Paper 1. The K310 document may help verify a calculation, but the English assessment is about communicating effectively, with language accurate enough to preserve the meaning. There is no official combined EMS paper.
The fictional situation: read all the sources before drafting
Imagine that the school’s fictional science exhibition includes a learning poster about a hypothetical persistent residue. The poster labels a proposed feeding sequence and lists matched tissue measurements of 0.20 mg/kg, 0.80 mg/kg, 2.40 mg/kg and 5.60 mg/kg. Its small-print note says that the figures are classroom-generated examples, not field observations. A careless online caption drops the note and announces: ‘All local birds are being poisoned.’ A visitor writes to the student exhibition team asking whether the community should be worried and why the figures were shown.
The assignment is to write a reply on behalf of the fictional exhibition team. It should acknowledge the visitor’s concern, explain the purpose of the demonstration, correct the claim about real local birds, distinguish a model from measured environmental findings, and offer an appropriate route for further questions about the educational display. It must not claim that the site is definitively safe or unsafe, because the invented material does not establish either. This is a writing task, not a real investigation or health communication service.
Do not turn an audience’s fear into an opportunity to lecture. The recipient wants an answer: ‘Were these real results?’ Give that answer near the top. Only then explain the figures. A reader should not have to search through three paragraphs of scientific background to find the one sentence that resolves the main misunderstanding.
Plan the email before writing a complete paragraph
Write down four commitments: audience, purpose, facts and limits. Audience: a visitor unfamiliar with the teaching exercise. Purpose: answer a specific concern and restore accurate context. Facts: the numbers are fictional, used to demonstrate how comparable concentrations can be read along a proposed food chain; the display makes no claim about local wildlife. Limits: the exercise does not measure any real park, health effects or current exposure. All four commitments should shape the language choices.
Next organise the email by the reader’s questions, not by the order in which the writer discovered the facts. One paragraph can answer the main question; another can explain the numbers at a level appropriate to a lay reader; a third can acknowledge what cannot be concluded; the closing can provide a courteous, feasible next step about the exhibit. Every sentence should serve one of those jobs. A large amount of accurate background can still be a poor reply if it buries the answer.
Use plain-English formulations: ‘The chart uses invented numbers’, ‘It does not report tests of local birds’, and ‘A higher value in the example is a concentration comparison, not evidence that an animal was injured’. Avoid inflated certainty such as ‘we have scientifically guaranteed that there is no danger’. Also avoid institutional fog such as ‘the aforementioned statistical presentation should not be construed as constituting an environmental risk determination’. Precision and readability are allies.
A complete model response to the invented prompt
Subject: Clarification about the food-web display
Dear Ms Lim,Thank you for writing about the food-web poster. I understand why the caption you saw was worrying, and I am glad you asked us to explain it.
The figures in our exhibition are fictional classroom examples. They are not the results of tests on birds, insects or plants in Sengkang. The display was designed to help students compare concentrations in a proposed food chain and discuss what such data might, and might not, show.
In the exercise, the listed concentration rises across successive feeding levels. That pattern is consistent with the concept of biomagnification for a substance that persists and is retained in organisms. However, the chart does not establish that any actual local bird was exposed, became ill or died. The online caption left out the explanatory note and therefore gave a misleading impression.
We will make the fictional status and limitations more prominent in the information accompanying the display. Thank you for pointing out how easily the graphic could be misunderstood. If you would like, we can also explain how the students checked the units and the wording of their conclusions.
Yours sincerely,
Student Exhibition Team
This sample is approximately within the situational writing word range when counted as prose, but the exact exam task may ask for a different role, recipient, relationship, tone or set of details. Do not copy its salutation and closing mechanically into a letter, speech or report. Read the required format in the prompt. The important structure is transferable: acknowledge the question, answer it, explain the evidence without unnecessary detail, state the limitations and close with a useful next step.
Thirty small language decisions that decide whether the response works
Decision 1: Answer the actual question first
A visitor asks, ‘Are these real local measurements?’ Begin with a direct ‘No; the figures are fictional classroom examples.’ Explaining a food chain first delays the only answer the reader needs immediately. An informative sentence should resolve the most consequential uncertainty near the top, before additional qualifications and context. This is reader-centred organisation rather than merely correct grammar.
Decision 2: Acknowledge concern without endorsing a rumour
‘I understand why the caption was alarming’ recognises the reader’s reaction. ‘You are right that our birds are being poisoned’ accepts a claim not supported by the file. Empathy is not agreement with an unverified statement. Choose words that show you have heard the reader while preserving the distinction between perception, evidence and conclusion.
Decision 3: Choose ‘recorded’ only for something measured
If a school exercise invents values, do not write ‘scientists recorded higher concentrations in Sengkang birds’. Say ‘the example lists higher concentrations’. A verb can falsely create an authority or an observation even when the numbers are copied accurately. Good writing audits the implied source of each verb, not just its dictionary meaning.
Decision 4: Choose ‘consistent with’ rather than ‘proves’
A rising fictional concentration sequence can illustrate a pattern consistent with a defined biological process. It does not prove that the mechanism occurred in real local wildlife. ‘Proves’ requires stronger evidence and a defensible inference. The appropriate choice of verb helps the reader distinguish a model demonstration from an empirical finding.
Decision 5: Keep the modifier near what it modifies
Compare ‘the fictional samples of local birds’ with ‘the fictional samples representing birds’. The first can imply that actual local birds were sampled; the second clarifies that only a teaching representation exists. Small changes in noun phrases alter the reader’s understanding of the source and status of evidence.
Decision 6: Explain mg/kg without a lecture
Instead of filling a paragraph with dimensional analysis, say ‘milligrams of a substance per kilogram of sampled material’. Add a numerical comparison only if the reader needs it to understand the claim. The arithmetic belongs mainly in the accompanying Mathematics volume. A situational reply should contain enough explanation to serve the reader, not every step of a calculation.
Decision 7: Differentiate a claim from a question
‘Some visitors have asked whether the chart reflects actual local tests’ reports a question. ‘Visitors found that local tests show contamination’ falsely converts their question into a discovery. Examine who said what and whether the source supports it. Attribution prevents an uncertain conversation from becoming a supposed established fact.
Decision 8: Avoid an unsupported reassurance
‘No evidence in this classroom exercise shows real-world harm’ is accurate. ‘All wildlife is perfectly safe’ is not established by an invented display. Reassuring a concerned reader should not require making a universal claim. Calm clarity is more durable than a confident promise that the evidence cannot support.
Decision 9: Use active voice for responsibility
‘We will clarify the caption’ identifies who will act. ‘The caption will be reviewed at an appropriate juncture’ hides responsibility and timing. The active sentence is shorter and gives the reader a practical response. In situational writing, active voice is especially useful for actions the sender actually controls.
Decision 10: Do not promise an investigation you cannot conduct
A fictional student team can correct its own exhibit wording; it should not promise to investigate environmental conditions or certify public safety. In a model reply, keep proposed next steps within the assigned role’s authority. A polished but impossible promise is less effective than a modest, realistic commitment.
Decision 11: Use one purpose per paragraph
A paragraph combining an apology, a mathematical derivation, a complaint about social media and a closing request is difficult to follow. Separate the direct answer, explanation, limit and action. The reader then knows whether the paragraph answers a question or asks them to do something. Organisation is a form of courtesy.
Decision 12: Maintain the right level of formality
‘Thanks for checking with us’ may fit a familiar school contact. ‘Thank you for writing to clarify the display’ is safer for a visitor you do not know. ‘LOL, that caption was wild’ undermines the seriousness of a concern. The assignment’s relationship determines the register, not a universal rule that all emails must sound stiff.
Decision 13: Avoid bureaucratic substitutes for simple words
‘We made up these figures for a lesson’ is accurate but too casual in some settings. ‘The figures are fictional classroom examples’ is precise and dignified. ‘The figures have been synthesised for illustrative pedagogical purposes’ adds length without information. Choose the plain expression that fits the recipient’s likely knowledge.
Decision 14: Correct a caption without humiliating its writer
‘The online caption left out an essential qualification’ identifies the problem. ‘Whoever wrote that caption was careless and ignorant’ assigns personal blame and distracts from the reader’s question. Situational writing rewards controlled tone and a solution. Criticise the statement’s accuracy, not an imagined person’s character.
Decision 15: Link a scientific term to its meaning
If you introduce ‘biomagnification’, explain briefly that it concerns increasing concentration through feeding relationships under appropriate conditions. A technical term without a short explanation may cause the recipient to leave with the same confusion. Avoid defining it at textbook length when the email’s main purpose is correcting a mistaken local claim.
Decision 16: Do not invent quotations from a source
A quoted poster phrase must match the supplied material if the task expects faithful use. If uncertain, paraphrase and attribute rather than inventing dramatic wording. In a closed-source exam task, accuracy to the provided visuals and notes matters as much as expressive flair. A memorable invented quote can be a content error.
Decision 17: Keep numerical claims tied to their subject
‘The final bird is 28 times more contaminated’ could be misread as total amount, health risk or even a real-world measurement. A better statement is ‘the fictional final concentration is 28 times the fictional first value, measured in mg/kg’, if the comparison is relevant. Specify what changed and what remained merely illustrative.
Decision 18: Handle the phrase ‘all birds’
A universal statement about all birds cannot follow from four values in a fictional table. Correct it by narrowing the subject: ‘The chart presents a proposed sequence of example organism groups’. Do not overcorrect by saying ‘No bird has ever been affected anywhere’, which would be another unsupported universal claim.
Decision 19: Avoid false precision when talking about uncertainty
The expression ‘there is a 99% probability that the display is harmless’ invents a numerical probability that was never calculated. Say which fact is known: the display uses fictional data. Where real environmental conditions are concerned, the worksheet has no measurement. Precision of wording does not require made-up percentages.
Decision 20: Choose a useful subject line
‘Re: things’ is vague. ‘Clarification about the food-web display’ tells the recipient what the email concerns and will be understandable in an inbox. A good subject line is brief, neutral and specific; it does not sensationalise the claim that the body of the message is correcting.
Decision 21: An apology should not overtake the explanation
‘We apologise for any confusion caused by the caption’ may be appropriate in the scenario, but repeated apologies consume space and can sound evasive. After acknowledging the problem, give the correction and the next step. The reader wants reliable information more than a long performance of regret.
Decision 22: Use transitions that express logic
‘However’ introduces a limitation after a plausible interpretation. ‘Therefore’ announces a conclusion that must follow from what came before. ‘Furthermore’ adds rather than challenges information. Misusing transitions can turn a series of sentences into an invalid argument. Select a connector after deciding the relationship between the ideas.
Decision 23: Keep pronouns unambiguous
‘They prove it was safe’ leaves both ‘they’ and ‘it’ unclear. Replace them with precise nouns: ‘The fictional readings do not establish the safety of a real habitat’. A one-word pronoun can remove a crucial subject from a complex sentence. Repeat a noun when accuracy is more important than avoiding repetition.
Decision 24: Distinguish a proposed action from a completed one
‘We have corrected the caption’ reports a finished action. ‘We will clarify the caption’ promises a future one. A model email should not claim that an action is already completed unless the task’s supporting material says so. Time and aspect carry factual meaning, not just grammatical correctness.
Decision 25: Use the reader’s likely vocabulary
A visitor may know the word ‘sample’ but not ‘trophic cascade’. If a specialist concept is unnecessary, use ‘feeding level’ or ‘food chain’. Do not talk down to the reader; give a plain route into the information. The best technical vocabulary is the smallest amount needed to make the explanation accurate.
Decision 26: Keep the response between fear and complacency
Dramatic language can amplify a fictional hazard, while blanket reassurance can erase genuine uncertainty. The reader-safe middle is factual: no local measurements were made for this example; the figures illustrate a concept; the exhibition team can clarify its wording. Tone follows the evidence rather than replacing it.
Decision 27: Revise a sentence overloaded with subordinate clauses
‘While the illustration, which was created only for students, includes concentration values that may seem to represent local specimens, it should be recognised…’ makes the main answer hard to find. Split it: ‘The illustration uses fictional values. It does not show local test results.’ Short sentences are not simplistic when they express exact facts.
Decision 28: Avoid the passive construction that hides the source
‘Birds were found to have higher values’ implies an investigation. ‘The fictional chart assigns a higher value to the final bird group’ makes the source explicit. Passives are not always wrong, but they can conceal who acted or whether an observation took place at all.
Decision 29: Conclude with an action the writer controls
A useful closing can offer to explain how the display is labelled or correct the team’s own information. A demand that the recipient stop worrying is neither practical nor respectful. The ending should resolve the correspondence and leave an appropriate route for further questions, without making a grand promise.
Decision 30: Check content against role, audience and purpose
Before submission, ask who the writer is, whom the response addresses, why it is sent and which details must be included. Then check whether every claim is drawn from the supplied information. A fluent email can still lose relevance by omitting a required task point or speaking in a role the prompt never assigned.
Ten detailed writing workshops with model reasoning
Workshop 1 — identify the purpose hidden inside a request
A visitor writes: ‘Please tell me whether the animals in our neighbourhood were tested and why the chart uses such large numbers.’ This contains two separate requests. The reply must first explain that there were no real local tests in the fictional assignment. It should then explain that the example numbers demonstrate how concentration comparisons can be represented, not a threat measurement. A response that beautifully explains biomagnification but never says whether local animals were tested has missed the central purpose. Underline the two question demands before writing the opening. In an examination, cover all essential points rather than composing an impressive answer to only one.
Workshop 2 — choose the strongest first sentence
Consider ‘Thank you for your email about the exhibition’, ‘Our exhibition is an excellent learning opportunity’, and ‘Thank you for asking; the figures are fictional and are not results from local wildlife testing.’ The third responds most effectively after a courteous acknowledgement because it resolves the urgent misunderstanding. The second begins by praising the sender’s own project and may sound defensive. A reader rarely needs a promotional introduction when a factual concern is the reason for writing. Put service to the reader ahead of public relations. Later paragraphs can provide the educational context, which matters only after the initial concern is understood.
Workshop 3 — make a technical paragraph readable
A draft reads: ‘Concentrations of persistent xenobiotic compounds become magnified along trophic levels due to bioaccumulative food-web transfer.’ For a visitor, rewrite it in plain language: ‘In some food chains, a persistent substance can become more concentrated in animals higher up the feeding sequence as they consume contaminated prey.’ Add that this describes a concept illustrated by the fictional values, not a finding about Sengkang. The rewrite preserves the relevant mechanism while removing unnecessary specialist language. Plain language does not mean leaving out the conditions that make the explanation scientifically valid.
Workshop 4 — repair an email that confuses amount and concentration
A draft says, ‘The final bird has the largest amount of the substance because the number is 5.60 mg/kg.’ This is unsupported: mg/kg is a concentration, and the dataset does not give whole-animal total residue amounts. A better sentence is: ‘The final group in the fictional table has the highest listed concentration per kilogram of sampled tissue.’ If the recipient asks about the arithmetic, the reply may point to the separate explanation of sample mass and concentration. The English skill is preserving the unit’s meaning. Even grammatically flawless language can become false when a quantitative word is used casually.
Workshop 5 — decide how much uncertainty to include
An overconfident response says, ‘The data prove the birds were poisoned.’ An excessively evasive response says, ‘We are unable to comment on any aspect of this matter.’ Neither meets the prompt. The writer can truthfully state that the data are fictional and that the example shows rising concentrations across its proposed levels. The response can also state that no real-world exposure or harm was measured. This is adequate precision for the visitor. The goal is not to bury a simple correction in an endless catalogue of caveats, but to identify the one limitation that changes the reader’s interpretation.
Workshop 6 — plan an appropriate correction
Suppose the invented assignment authorises the exhibition team to revise the poster’s explanatory note, but not a third-party social-media post. The email can say, ‘We will make the fictional status of the values more prominent on our display.’ It should not promise, ‘We have deleted every misleading caption online,’ because the team lacks that control. A good response chooses an action proportionate to the writer’s role. In Paper 1 situational writing, plans should be anchored in the given task instructions. An unsupported action promise may sound helpful but is content invention.
Workshop 7 — keep a message concise without omitting material
A first draft runs to 500 words because it explains every stage of food-web transfer, every multiplication and every biological exception. Section B generally expects about 250 to 350 words. To revise, mark the sentence that answers the question, one concise explanatory sentence, a limitation and a feasible action. Remove detailed arithmetic that the visitor did not ask for and repetitive apologies. This is not blind shortening: it is prioritising information. A short paragraph that accurately answers a question can be more effective than a full page of facts whose relevance is uncertain.
Workshop 8 — separate an email’s opening from its closing
The opening should locate the reader’s concern quickly: ‘Thank you for asking whether the figures were drawn from local wildlife tests.’ The closing should finish the transaction: ‘We appreciate the chance to clarify our display and can explain its teaching purpose further.’ Neither needs a vague slogan about the importance of environmental education. The middle of the email carries the explanation. When all three parts perform distinct jobs, the message feels coherent without stock phrases or dramatic transitions.
Workshop 9 — edit misleading grammar rather than cosmetic style
A draft sentence reads: ‘The data, which were measured in Sengkang, is proof that the birds are sick.’ Three problems must be fixed. The data were invented, not measured locally; subject-verb agreement is inconsistent under the chosen formal usage; and the figures do not prove sickness. A repaired sentence is: ‘The fictional data illustrate a possible concentration pattern; they are not measurements of local birds or evidence of illness.’ Editing is not merely a hunt for spelling mistakes. Grammar and factual accuracy work together to preserve meaning.
Workshop 10 — build a final checklist around the task
Before submitting, confirm the sender’s role, addressee, subject and purpose. Then check whether the email has directly answered the visitor’s actual question and included all required information from the prompt. Read each scientific statement for an implied claim about real data; review every number for whether it describes concentration or total amount. Replace promises outside the writer’s authority. Finally reread for tone, paragraph order, sentence clarity, agreement, punctuation and appropriate sign-off. This sequence catches errors that a spelling checker cannot see, and it transfers to almost any situational-writing context.
Editing practice: ten meaning-changing repairs
Edit 1
Incorrect: ‘The figures proves that animal’s are ill.’ Correct the agreement and apostrophe, but more importantly remove the false causal conclusion: ‘The fictional figures show increasing concentrations in the example; they do not establish illness.’ A grammatical fix alone would leave the sentence factually wrong.
Edit 2
Incorrect: ‘All bird in the area were tested.’ A plural noun would be ‘birds’, but the central error is the unsupported source. Write, ‘No local birds were tested for this classroom display.’ Accuracy of number and place is part of English editing.
Edit 3
Incorrect: ‘Although the numbers are invented, therefore we know they are safe.’ ‘Although’ and ‘therefore’ cannot carry that structure, and ‘safe’ is not proved. Better: ‘The numbers were invented for a lesson and do not report actual exposure.’ The new sentence follows the available information without a faulty inference.
Edit 4
Incorrect: ‘The chart is real but the results is fiction.’ The physical poster may be real within a hypothetical story, but the results are fictional. Write, ‘The chart is a teaching illustration using fictional values.’ Avoid the ambiguous contrast and correct subject-verb agreement.
Edit 5
Incorrect: ‘We promise nobody is effected.’ The spelling differs between affected and effected, but neither expresses a justified result here. Write, ‘The chart does not provide information about real-world effects.’ The revision repairs the logical gap while avoiding unsupported assurance.
Edit 6
Incorrect: ‘It proves their are higher levels.’ ‘Their’ should not replace ‘there’, but a fuller correction is: ‘The fictional table lists higher concentrations at the later proposed feeding levels.’ The choice of ‘lists’ avoids asserting that a real process has been independently demonstrated.
Edit 7
Incorrect: ‘Due to the fact that the exhibit is fictional in nature…’ Replace the long opening with ‘Because the exhibit uses fictional data…’ and complete the thought: ‘it cannot establish local exposure’. The shorter wording makes the causal relationship easier to understand and keeps the limitation visible.
Edit 8
Incorrect: ‘You should ignore the online caption and calm down.’ The sentence sounds dismissive. Write: ‘The caption omits an important qualification, so I would like to clarify what the figures mean.’ The revision acknowledges the source of confusion and takes responsibility for explaining.
Edit 9
Incorrect: ‘We has already updated all social media.’ Aside from agreement, the statement invents a completed action. A valid hypothetical response is: ‘We will review the explanatory note on our exhibition display.’ Select the proposed action that the writer actually controls.
Edit 10
Incorrect: ‘More chemicals means more damaged birds.’ Replace the oversimplified relation with: ‘The example compares concentrations, but it does not measure harm to birds.’ The sentence is concise and accurately separates a numeric observation from an untested outcome.
What to practise in the week before a writing paper
Give yourself five minutes to read a practice prompt, identify the sender, reader and purpose, and underline all required content points. Then spend ten minutes producing a complete initial email. Reread it once as if you were the reader: do you understand the answer to your question without needing the task sheet? Reread once more as an editor: has the message claimed anything not supported by the given notes?
Use a different source arrangement each time. In one task, the answer may appear in the main paragraph; in another, a critical qualification may sit in small print beneath a table or visual. Do not assume the most dramatic sentence is the important one. Practice selecting and combining information from the whole task while writing to a specified audience. This develops flexible reading-to-writing ability rather than a memorised speech.
If you struggle with content, practise brief four-sentence plans first. If you struggle with organisation, keep the reader’s question as the first organising principle. If your grammar becomes uncertain under time pressure, practise short complete sentences joined by accurate transitions before attempting elaborate clause structures. A strong situational response should be clear on the first reading.
Common questions
Is this an actual SEC email question?
No. It is an original fictional prompt for practice with situational-writing skills. Refer to the official K300 syllabus and actual task instructions for assessment requirements.
Should I use every scientific fact in the source?
No. Select facts relevant to the recipient’s questions and mandatory task points. Too much accurate but irrelevant information can make the response less effective.
Can I say the data prove the community is safe?
No. The classroom figures provide no measurements of a real community. They establish neither harm nor safety.
Should an email be very formal?
Match the recipient, relationship and role in the prompt. Clear, courteous contemporary prose often serves better than exaggerated formality.
Does the model answer have to be memorised?
No. Memorising the exact email risks losing the distinct audience and requirements of a different question. Practise the decisions that build the response instead.
Do I need detailed Mathematics in the email?
Only the level of explanation the audience needs. Preserve what the unit means; put long calculations into a supporting note if the scenario calls for them.
How do I know which information to include?
Check the task’s purpose, audience, content points and context. Prioritise the response to the reader’s question, then give enough supporting information for understanding.
What should I revise first if my writing is weak?
Start with sentence clarity and matching content to task. Then improve paragraph order, accurate qualifiers, editing and fluent transitions.
Useful connected reading
Use the Sengkang English Hub for the main writing route. Read Volume 0902 for source and visual-text comprehension, Volume 0904 for the scientific explanation and Volume 0905 for what the concentration values actually mean. For broader STEM study see the Mathematics Hub and Science Hub. Families moving from primary learning can begin with the Sengkang PSLE route.
Effective writing does not require intimidating vocabulary. It requires a writer who knows what the reader needs, chooses facts with care and uses language that does not outrun those facts. When a reader is worried, the direct answer is often the kindest one.
