Note-making | CBSE Class 11 English Notes

This note covers note-making, selection of main points, questioning a passage, phrase-based writing, grouping and numbering, abbreviations and their key, worked notes on pheasants, and a guided exercise on coal and petroleum.

What is note-making, and what makes notes useful?

Definition: Note-making means selecting the main information from material and recording it briefly in an organised form for later use.

Main points are the central pieces of information needed to understand the material. Supporting details explain or develop those points. Making notes helps with study and work because large amounts of information are difficult to remember.

What should a reader be able to recover?

Useful notes preserve the subject, its important details and the connections between them. A reader returning to them should understand what each point means. Shortness matters, but a short expression that has lost its meaning is not a useful note.

Note form is a brief way of listing information in phrases. A phrase is a group of words used here to express an idea without writing a complete sentence. Notes organise such phrases into related groups rather than reproduce a passage sentence by sentence.

In the pheasant exercise, appearance, distribution, classification and the information chart serve different purposes. Recording them under suitable labels makes those purposes visible. Writing every detail in a single line would conceal the relationships even if the line were short.

How do brevity and meaning work together?

Brevity means using few words. It should come from shortening expression, combining related ideas and omitting unnecessary wording. It should not come from changing a qualified statement into an absolute one or removing a distinction that the reader needs.

Check both sides of the task: have the notes become shorter, and can their meaning still be understood? If the second answer is no, restore enough wording to make the information clear before shortening it further.

How do the five steps turn a passage into notes?

The process begins with careful reading and ends with reviewing the arrangement. Each step has a different purpose. Selection identifies information worth keeping; organisation places that information in a clear order. Numbering helps show the organisation after the points have been understood.

What happens at each step?

1. Step 1: identify important information. Read the passage carefully and underline significant words and phrases. The underlining should direct attention to the information needed for the notes.
2. Step 2: ask and answer questions. Read again, asking what the passage concerns and what it tells you about that subject. Questions about place, origin, classification, number, source and purpose help with the pheasant passage.
3. Step 3: write the main points. Use the answers to produce phrases without fully expanded verbs. Combine two or three related ideas where they belong together.
4. Step 4: review and number. Go over the facts and number the points. Check that the arrangement reflects the relationships between the facts.
5. Step 5: review the numbering again. Reconsider the facts and their divisions, then number the final arrangement. The final notes should be short, logically divided and understandable when reread.

Why does the process include review?

The first wording of a point and its final place need not be identical. The chart publisher and the chart's purpose, for instance, can first be recorded separately and then placed in one group. Review checks whether the divisions help the reader understand the information.

Practice makes the process more direct. The questioning and initial phrasing can eventually happen mentally before numbered notes are written. This does not remove the need to understand the passage; it makes the movement from understanding to an organised record more fluent.

Use the steps visibly while learning. They allow you to discover whether an error arose during reading, selection, shortening or grouping. Correct the stage that caused the problem instead of merely replacing one number with another.

How do questions help select information from the pheasant passage?

The passage concerns pheasants, described as shy, charming birds with brilliant plumage, meaning their feathers. Its information extends beyond appearance to distribution, origin, classification, an identification chart and the peacock's place in India. Questions separate these strands before the notes are drafted.

A species is a kind of living organism; order and family are biological classification groups. Here, Galliformes and Phasinidae are the names supplied for those groups. Keep each name attached to its correct label when making notes.

Which questions reveal the main information?

How should connected details be handled?

The chart was brought out by the Environment Society of India. Its intended audience is school eco-clubs under the National Green Corps of the Ministry of Environment and Forests, Government of India. These details answer connected questions about the chart, its audience and its purpose.

The peacock's national status belongs with its prominent place in Indian art, culture and folklore. Folklore means a community's traditional stories and beliefs. These details support a group about the peacock's significance rather than a group about the chart.

Questions also protect accuracy. Asking what scientists believe about origin preserves the status of that statement. Asking what exception is named prevents the Congo Peafowl from disappearing when the distribution point is shortened.

How can full sentences become clear phrases?

A note removes the full sentence structure while retaining the information. A verb expresses an action or state; a noun names something, including a process. Changing a verb into a noun can make the process the starting point of a note.

What does a useful transformation look like?

Worked example 1. The chart's purpose is to create awareness among school eco-clubs under the National Green Corps. Express the purpose as a phrase beginning with a noun.

Answer: Creation of awareness among school eco-clubs under the National Green Corps.

The phrase begins with “Creation” instead of using the full verb expression “is to create”. It still identifies both the purpose and the audience. The change shortens the structure without introducing a new purpose or a different audience.

Decomposition means the breakdown of dead material. Sediment means material deposited in layers. These meanings are needed to understand the coal and petroleum example; simply shortening the words would not explain the processes they name.

Which words can be omitted?

Articles are words such as “a”, “an” and “the”; prepositions show relations such as place or connection; conjunctions join words or clauses. Note form omits these connecting elements while keeping enough information for the notes to make sense.

A colon, the punctuation mark “:”, introduces an explanation or detail after a label. It can make the connection between “Original energy source” and “sun” immediately visible. A long dash is a punctuation mark that can also separate a topic from its explanation in note form. Check a shortened phrase by expanding its meaning mentally before accepting it.

How should related points be grouped and numbered?

Grouping means placing related information together. A heading labels a group; a subheading labels a smaller division within it. Decide which details belong together before selecting the numbering pattern. The pattern should display the relationships you have found.

How do the two numbering systems work?

A hierarchy is an arrangement of larger divisions and smaller divisions within them. The two patterns below express that hierarchy. The figures and letters are organisational labels, not quantities taken from the passage.

In the first pattern, ordinary figures label the main sections, small Roman numerals label sub-sections, and letters label the next level. In the decimal system, numbers separated by full stops show successive levels. The full stops separate labels; they do not indicate a calculation.

What belongs below a heading?

In a group headed “Identification chart”, details about the publisher, the species shown and the purpose are subordinate information. Subordinate means belonging under a broader point. The peacock's place in folklore belongs elsewhere because it describes the bird's cultural significance.

Indenting means starting subordinate material farther in from the left margin. Used with numbering, it makes the levels easier to recognise. A reader should be able to distinguish a new main point from an additional detail under an existing point.

Combining and grouping are related but different operations. Combining puts closely connected ideas into one phrase. Grouping places separate points under a shared heading. Both reduce disorder, but neither should force unrelated information into the same division.

After grouping, check the numbering again. A point moved to another group needs a label that matches its new position. Review also checks that a broad heading actually covers the details placed below it.

How should titles, abbreviations and symbols be used?

A title names the subject of the complete set of notes. An abbreviation is a shortened form of a word or name. A symbol is a sign used to represent meaning. These devices help present information briefly, provided the reader understands them.

How can shortened forms remain readable?

A key is a list explaining the shortened forms used in the notes. Introduce a shortened form with its meaning and collect the forms in a key for easy reference. This keeps brevity compatible with the requirement that notes make sense when reread.

The forms used in the pheasant work include ESI, meaning Environment Society of India; NGC, meaning National Green Corps; SE, meaning South East; and No., meaning number. Each has a specific meaning and should retain that meaning throughout the notes.

How do labels prevent confusion?

The title “Pheasants” covers the whole subject. “Identification chart” is a narrower heading within it. ESI identifies the organisation that produced the chart, while NGC identifies the programme under which the school eco-clubs fall. Shortened names should not blur that distinction.

The colon already introduced can connect a label with its detail, as in a classification entry. The decimal labels already explained show levels of information. Use these signs consistently so that the reader can distinguish a relationship in the content from a relationship in the layout.

Note: A short form is useful when its meaning can be recovered. Check the title, numbered groups and abbreviation key together before treating the notes as finished.

What does a worked set of pheasant notes look like?

Worked example 2. Arrange the pheasant material under headings for features and classification, distribution and origin, the identification chart, and the peacock. Use the decimal system introduced above. The following is a possible arrangement of the information, with the original qualifications retained.

How can the selected information be arranged?

Answer: Title: Pheasants

• 1 Features and classification
  • 1.1 Shy, charming birds; brilliant plumage
  • 1.2 Order: Galliformes; game birds
  • 1.3 Family: Phasinidae
• 2 Distribution and origin
  • 2.1 From Asia except Congo Peafowl
  • 2.2 About a third of all pheasants found in India
  • 2.3 Origin of all pheasants in Himalayas: scientists believe
  • 2.4 Subsequent spread: Tibet, China, Myanmar, South and SE Asia, Caucasus Mountains
  • 2.5 Jungle fowl and peafowl: spread to South India and Sri Lanka long before early settlement in Indo-Gangetic plain
• 3 Identification chart
  • 3.1 Publisher: ESI
  • 3.2 No. of pheasant species shown: 51 worldwide
  • 3.3 Purpose: awareness among school eco-club members under NGC
• 4 Peacock
  • 4.1 Male blue peafowl; best known family member; India's national bird
  • 4.2 Prominent place in Indian art, culture, folklore

Key: ESI: Environment Society of India; NGC: National Green Corps; SE: South East; No.: number.

Why is this arrangement useful?

The headings allow the reader to locate different kinds of information. Classification labels stay beside their names, the chart's details stay together, and the peacock receives a separate group. Decimal labels show which supporting details belong to each main section.

The origin point retains scientists believe; the India point retains about a third. The Congo Peafowl exception remains visible. The note on early settlement identifies jungle fowl and peafowl, so the time relationship is not carelessly extended to every bird mentioned.

These checks matter more than making every line equally short. A longer phrase can be justified when it preserves a relationship or qualification that a shorter phrase would lose.

How can the coal and petroleum task be worked through?

The practice passage explains the origin of energy stored in coal and petroleum and the processes involved in their formation. It also qualifies what can be said about coal formation today. Read it as a sequence of connected processes before reducing it to notes.

What information must the exercise preserve?

The stored energy originally came from the sun. The bulk of present-day supplies was laid down some 200 to 600 million years ago, when tropical conditions were widespread. Huge trees grew in swampy forests, and warm coastal seas supported microscopic life, meaning life too small to see without magnification.

After these organisms died, much tissue was recycled through scavenging and decay. Scavenging means feeding on dead organisms; decay means their gradual breakdown. A significant amount of dead plant and animal material was covered with mud, preventing complete decomposition.

Layers of fine sediment accumulated above the once-living material. Their weight turned sediment into rock. Coal and petroleum were produced and preserved under pressure between the layers. Coal was formed mostly from giant fern-like plants with only small counterparts today.

Coal may still be forming here and there, but present conditions are not right for producing significant quantities. This is different from saying that coal formation has completely stopped. Keep the possibility and the limitation together when compressing this part of the passage.

What sequence does the practice task use?

1. Underline important words and phrases, including the processes and their qualifications.
2. Write points without fully expanded verbs, numbering them as you proceed.
3. Combine closely related points so that their connection remains visible.
4. Group related points under suitable headings.
5. Change verbs into nouns and use those nouns to begin points.
6. Number the final arrangement after reviewing the grouped information.

What is a possible completed answer?

Worked example 3. Turn the information above into grouped notes that show the sequence of formation and preserve the limitation about present conditions.

Answer: Title: Formation of Coal and Petroleum

• 1 Energy and early conditions
  • 1.1 Original energy source: sun
  • 1.2 Deposit of bulk of supplies: some 200 to 600 million years ago
  • 1.3 Widespread tropical conditions; huge swamp-forest trees; microscopic life in warm coastal seas
• 2 Death and partial preservation
  • 2.1 Recycling of much tissue through scavenging and decay
  • 2.2 Mud cover over a significant amount of dead plant and animal material
  • 2.3 Prevention of complete decomposition
• 3 Formation under layers
  • 3.1 Accumulation of fine sediment; conversion into rock under weight
  • 3.2 Production and preservation of coal and petroleum under pressure between layers
  • 3.3 Coal formation: mostly giant fern-like plants; small counterparts today
• 4 Present conditions
  • 4.1 Possible continuing coal formation here and there
  • 4.2 Conditions unsuitable for production of significant quantities

The process nouns recycling, prevention, accumulation, production and preservation help organise the sequence. They name what happens at each stage. The final group preserves the difference between possible local formation and the production of significant quantities.

How can you check answers without changing the passage's meaning?

Checking a note involves both content and form. Content is the information recorded; form is the way it is expressed and organised. Accurate information can be hard to use if it is poorly grouped, while tidy numbering cannot repair an inaccurate claim.

Which words protect accuracy?

A qualification limits the certainty or extent of a statement. In these exercises, “scientists believe” limits certainty about origin, “about” keeps a proportion approximate, and “mostly” prevents a statement about coal's plant material from becoming an exclusive claim.

Likewise, “some” belongs with the period in the coal passage, and “may still be forming here and there” preserves a possibility. The phrase about unsuitable conditions concerns significant quantities. It should not be turned into a claim that no coal can form anywhere.

What should a final check include?

1. Coverage: check that the main subject and its important information are represented. For the chart, distinguish publisher, contents and purpose.
2. Relationships: check that causes, results, classifications and exceptions remain attached to the right subjects. Mud cover prevents complete decomposition; accumulated sediment turns into rock under its weight.
3. Expression: check that points use phrases and that process nouns preserve the meaning of the original verbs.
4. Layout: check the title, grouped headings, indentation and numbering. Keep the same numbering pattern through the answer.
5. Readability: reread the notes and their abbreviation key. Restore missing words if a phrase cannot be understood.

A final read should recover the main information without adding facts from outside the passage. If a heading suggests more than its details establish, narrow the heading. If shortening has removed a necessary exception, restore the exception before considering the answer complete.

Glossary

• Note-making — Selecting main information and recording it briefly in an organised form for later use.
• Main point — A central piece of information needed to understand the material being read.
• Supporting detail — Information that explains, develops or gives a more specific account of a main point.
• Note form — A concise presentation of information through phrases arranged in a logical order.
• Phrase — A group of words expressing an idea without becoming a complete sentence in the notes.
• Heading — A label identifying the subject shared by a group of related points.
• Subheading — A label for a smaller division of information within a broader group.
• Hierarchy — An arrangement showing main divisions and the smaller divisions that belong within them.
• Indenting — Starting subordinate information farther from the left margin to make its level visible.
• Decimal system — A numbering pattern using full stops to separate successive levels of information.
• Abbreviation — A shortened form of a word or name used to save space in notes.
• Key — A list explaining the meanings of shortened forms used in a set of notes.
• Qualification — Wording that limits the certainty, extent or applicability of a statement.

Common errors and misconceptions

• Misconception: Notes are complete sentences copied into a numbered list. Correct: Use phrases that preserve main information. Numbering alone does not convert a copied passage into note form.
• Misconception: All details belong at the same level. Correct: Divide and subdivide information logically. A chart's publisher and purpose can sit below one broader heading.
• Misconception: Any shortened form is clear enough. Correct: Explain shortened forms and check that the notes make sense when reread. Distinguish ESI from NGC in the pheasant example.
• Misconception: Himalayan origin is presented as an unqualified fact. Correct: Retain “scientists believe”. Removing that wording changes the certainty expressed in the passage.
• Misconception: Exactly one-third of all pheasants are found in India. Correct: Preserve “about a third”. Do not convert the approximate expression into an exact proportion.
• Misconception: All dead material was preserved under mud. Correct: Much tissue was recycled, while a significant amount of dead material was covered and protected from complete decomposition.
• Misconception: Coal formation has completely stopped. Correct: Coal may still be forming here and there; conditions are unsuitable for producing significant quantities. Keep both parts of this qualified statement.

Exam-style questions with model answers

Q1. Notes should be short, use phrases and remain understandable when reread. Using these criteria, give two checks for a completed set of notes. [2 marks]

1. Check that the information is expressed briefly in phrases rather than copied as complete sentences.
2. Reread the notes to confirm that their meaning remains clear despite the shortened wording.

Q2. Given “Scientists believe that all pheasants originated in the Himalayas” and “About a third of all pheasants are found in India”, write two note phrases preserving the qualifications. [2 marks]

1. Origin of all pheasants in Himalayas: scientists believe, with the statement's qualified certainty retained.
2. Distribution in India: about a third of all pheasants, with the approximate proportion retained.

Q3. An identification chart produced by the Environment Society of India shows 51 pheasant species worldwide and aims to create awareness among school eco-club members under the National Green Corps. Write three labelled note points using these full names. [3 marks]

1. Publisher: Environment Society of India; organisation responsible for bringing out the identification chart containing the information about pheasant species.
2. Contents: 51 pheasant species worldwide; the information represented in the chart, with the worldwide scope kept beside the number.
3. Purpose: Creation of awareness among school eco-club members under the National Green Corps; the intended audience retained with the purpose.

Q4. A numbering system uses 1, 2, 3 for main sections; 1.1, 1.2, 1.3 for sub-sections; and 1.1.1, 1.1.2, 1.1.3 for sub-sub-sections. Explain its three levels. [3 marks]

1. The single whole-number labels identify the main sections, which contain the broad groups of information in the complete set of notes.
2. The labels with one full stop identify sub-sections. Thus, 1.1, 1.2 and 1.3 divide the information placed under main section 1.
3. The labels with two full stops identify a further level. Thus, 1.1.1, 1.1.2 and 1.1.3 divide the information within sub-section 1.1.

Q5. Supplied information: the sun originally supplied the energy in coal and petroleum; much dead tissue was recycled through scavenging and decay; mud covering prevented complete decomposition of a significant amount of dead material; sediment became rock under its weight. Make four process-based note points. [4 marks]

1. Storage: Energy originally supplied by sun, retained in coal and petroleum; the original energy source kept with the materials storing it.
2. Recycling: Much dead tissue recycled through scavenging and decay; the extent of recycling preserved by the word “much”.
3. Prevention: Complete decomposition prevented by mud cover over a significant amount of dead material; protection linked to the covering responsible for it.
4. Conversion: Sediment turned into rock under its weight; the change and the cause kept together in one process-based point.

Q6. Use this information to state four accuracy checks: scientists believe in the Himalayan origin of all pheasants; about a third are found in India; coal formed mostly from giant fern-like plants; coal may still be forming here and there, but conditions are unsuitable for significant quantities. [4 marks]

1. Keep “scientists believe” with Himalayan origin so that a reported belief is not changed into an unqualified assertion.
2. Keep “about a third” with the India distribution point so that the approximate proportion is not made exact.
3. Keep “mostly” with giant fern-like plants so that their role in coal formation is not presented as exclusive.
4. Keep possible continuing formation together with the limitation about significant quantities; do not claim that coal formation has entirely stopped.

Q7. Given process: underline important information; reread by asking and answering questions; write main points without fully expanded verbs and combine related ideas; review and number facts; review and number them again. Explain these five stages in order. [5 marks]

1. Identify information: Underline the significant words and phrases during careful reading. This prepares a selected record of the material that the notes need to preserve.
2. Question the passage: Reread while asking and answering questions about its content. These questions help separate the different kinds of information before they are shortened.
3. Draft the points: Use the answers to write main points without fully expanded verbs. Combine related ideas where a single phrase can preserve their connection.
4. Review and number: Go over the facts and assign numbers to the points. The numbering should make the initial arrangement of selected information visible.
5. Review again: Reconsider the facts and number the final arrangement. This provides another opportunity to check the relationship between the information and its divisions.

Q8. Given information: coal and petroleum store energy originally from the sun; the bulk of present supplies was laid down some 200 to 600 million years ago in widespread tropical conditions; much dead tissue was recycled; mud covered a significant amount of dead material and prevented complete decomposition; sediment became rock under weight, with fuel produced and preserved under pressure between layers; coal may still be forming here and there, but conditions are unsuitable for significant quantities. Present six organised note points with the qualifications retained. [6 marks]

1. Original energy: Sun as original source of energy stored in coal and petroleum; the source retained with both of the named fuels.
2. Early conditions: Deposit of bulk of present supplies some 200 to 600 million years ago; widespread tropical conditions during this period.
3. Recycling: Recycling of much dead tissue; “much” retained to avoid implying that all dead material followed this part of the process.
4. Partial preservation: Mud covering over a significant amount of dead material; prevention of complete decomposition, with the effect kept beside the covering that caused it.
5. Formation: Conversion of sediment into rock under weight; production and preservation of coal and petroleum under pressure between the layers.
6. Present conditions: Possible continuing coal formation here and there; conditions unsuitable for production of significant quantities.

Key takeaways

• Note-making selects main information and records it briefly so that it remains useful for study and work.
• Read carefully, identify important information, question the passage, draft phrases, and review the numbered arrangement.
• Combine related ideas within a point and group related points under headings that accurately describe their shared subject.
• Use phrases without fully expanded verbs, and begin process points with nouns where this expresses the meaning clearly.
• Numbering and indentation show the relationship between main sections, sub-sections and smaller divisions within the notes.
• Explain abbreviations in a key and keep each shortened form attached to its correct meaning throughout the answer.
• Preserve qualifications such as “scientists believe”, “about”, “mostly” and “may” when shortening information from a passage.
• Reread the completed notes for meaning, logical relationships, coverage and layout before treating the writing task as finished.

Test yourself

What is the purpose of asking questions during the second step?

Questions help identify and separate the information that will become the main points in the notes.

How does combining differ from grouping?

Combining brings related ideas into one point; grouping places related points together under a broader heading.

What do the full stops in 1.1.1 indicate?

They separate successive levels of the numbering hierarchy, identifying a sub-sub-section within a sub-section and main section.

What should a key explain?

It should explain the shortened forms used in the notes so that their meanings can be recovered.

Which wording must accompany the suggested Himalayan origin of all pheasants?

Retain “scientists believe” or an equivalent phrase that explicitly identifies the claim as scientists' belief.

Why is “all dead material preserved” inaccurate in the coal exercise?

Much tissue was recycled through scavenging and decay; a significant amount of dead material was protected by mud.

What distinction is needed when recording coal formation today?

Coal may still be forming here and there, although conditions are unsuitable for producing significant quantities.

What is the final test of whether shortened notes are useful?

Reread them to check that the main information and its relationships remain understandable despite the shortened expression.