Q1. A teacher delivers a well-organised talk on the causes of soil erosion to a class of 60 students in 35 minutes, using a diagram on the board at two points. Which method is being used?

• (A) Lecture method
• (B) Demonstration method
• (C) Discussion method
• (D) Project method

Q2. Which strength of the lecture method makes it most suitable when a school has a shortage of textbooks on a new topic?

• (A) It allows the teacher to present up-to-date material to many learners at once
• (B) It guarantees that every learner practises a skill
• (C) It ensures equal participation by all learners
• (D) It removes the need for lesson planning

Q3. A lecture becomes ineffective mainly because students listen passively for the whole period and cannot ask questions. This limitation is best described as:

• (A) High cost of materials
• (B) Difficulty in arranging the classroom
• (C) Lack of time for preparation
• (D) One-way communication with little learner activity

Q4. To improve a lecture on the water cycle, a teacher pauses after each stage, asks a short question, and shows a simple chart. This change mainly addresses which weakness of lecturing?

• (A) The need for expensive apparatus
• (B) Passivity, by building in interaction and checking understanding
• (C) The difficulty of covering a long syllabus
• (D) The shortage of trained teachers

Q5. A teacher begins a lecture with a question about why wells run dry in summer, then links the answer to the concept of the water table. This opening is effective because it:

• (A) Tests students on the previous chapter only
• (B) Connects new content to learners’ everyday experience
• (C) Replaces the need for a conclusion
• (D) Allows the teacher to finish early

Q6. Which classroom situation is LEAST suited to a pure lecture?

• (A) Introducing the main ideas of a new history unit to a large class
• (B) Summarising the findings of a class survey in ten minutes
• (C) Giving background information before a field visit
• (D) Teaching young learners to measure length with a ruler accurately

Q7. A lecturer speaks clearly but too fast, writes no headings on the board, and gives no summary at the end. The most likely result is that students will:

• (A) Remember the structure of the lesson easily
• (B) Take complete and organised notes without difficulty
• (C) Ask more questions than usual
• (D) Struggle to follow the sequence and retain the main points

Q8. A teacher plans a 40-minute lecture in three parts: introduction, development of three main ideas, and a recap with two questions. This structure is sound mainly because it:

• (A) Fills the full period without breaks
• (B) Gives students a long list of facts to copy
• (C) Organises content into a clear beginning, middle and end
• (D) Allows the teacher to avoid using the board

Q9. During a lecture on fractions, several students look confused when the teacher moves from halves to quarters. The best immediate step for the teacher is to:

• (A) Pause, give a concrete example, and check understanding before moving on
• (B) Ask students to copy the notes silently
• (C) Assign homework on the whole chapter
• (D) Continue to eighths so the syllabus is covered

Q10. Which use of the board most supports a lecture?

• (A) Writing key terms and headings as the lecture proceeds
• (B) Writing the full lecture word for word before the class
• (C) Leaving the board blank to save time
• (D) Using the board only for attendance

Q11. A school principal observes that a teacher’s lectures are accurate but students score poorly on application questions. The most likely explanation is that the lectures emphasise:

• (A) Recall of facts rather than use of ideas in new situations
• (B) Group work rather than individual study
• (C) Practical work rather than theory
• (D) Student questions rather than teacher explanation

Q12. The lecture method is most defensible in which case?

• (A) A small class needs to practise debate skills
• (B) Learners need to handle laboratory apparatus safely
• (C) An expert must present an overview to a large audience in limited time
• (D) Each learner must produce an individual art project

Q13. A teacher divides a class into groups of five, gives each group a question on water conservation, and asks each group to report its conclusions. This is best described as:

• (A) Discussion method
• (B) Demonstration method
• (C) Lecture method
• (D) Drill method

Q14. In a discussion on whether school timings should change in summer, one confident student dominates while others stay silent. The teacher’s best move is to:

• (A) End the discussion and lecture instead
• (B) Invite quieter students by name, set turn-taking rules, and summarise each contribution
• (C) Mark only the dominant student
• (D) Let the dominant student continue until the period ends

Q15. Which outcome is a discussion most likely to develop, compared with a straight lecture?

• (A) Faster coverage of a long list of facts
• (B) Neater copied notes
• (C) Silent individual reading habits
• (D) Critical thinking through examining different viewpoints

Q16. A teacher wants a discussion to stay focused on the causes of air pollution. The most effective preparation is to:

• (A) Give a vague topic and let talk drift anywhere
• (B) Announce the topic only after the class ends
• (C) Provide no background material at all
• (D) Frame a clear question, give brief background, and set the time limit

Q17. During a discussion, students disagree sharply about the best way to reduce plastic waste. The teacher should:

• (A) Declare one side the winner immediately
• (B) Guide students to support claims with reasons and evidence, then summarise the main arguments
• (C) Change the topic to avoid disagreement
• (D) Ask students to stop giving reasons

Q18. A discussion fails because students had no prior knowledge of the topic and could not contribute. The main lesson for the teacher is to:

• (A) Ensure learners have enough background before discussion begins
• (B) Choose topics students know nothing about every time
• (C) Avoid giving any reading in advance
• (D) Increase the size of each group

Q19. Which teacher behaviour best supports a whole-class discussion?

• (A) Answering every question personally at once
• (B) Correcting every error loudly in front of the class
• (C) Writing all student names on the board
• (D) Asking open questions, listening, and linking one student’s point to another’s

Q20. A teacher ends a discussion by asking two students to state the agreed points and one point still unresolved. This closing step is valuable because it:

• (A) Consolidates learning and shows what still needs attention
• (B) Fills the last minutes of the period
• (C) Gives the teacher extra time to prepare the next lesson
• (D) Replaces written assessment completely

Q21. In a small-group discussion, the teacher notices one group has gone off topic and is chatting about a sports match. The most appropriate intervention is to:

• (A) Join the group briefly, restate the question, and ask for its progress so far
• (B) Punish the whole class
• (C) Cancel all group work for the term
• (D) Ignore the group until the period ends

Q22. Compared with a lecture, a discussion usually takes more time to cover the same content. A teacher should therefore use discussion when:

• (A) The goal is rapid coverage of many facts
• (B) The syllabus must be finished in one day
• (C) The goal is deeper understanding, attitudes and communication skills
• (D) Students need no interaction at all

Q23. A teacher asks, “Should homework be reduced?” and then follows with, “What evidence supports your view, and what might someone who disagrees say?” The follow-up questions are designed to:

• (A) Test spelling
• (B) Push learners beyond opinion towards reasoned argument
• (C) Shorten the discussion
• (D) Avoid student participation

Q24. Which topic is best suited to a classroom discussion?

• (A) The exact spelling of a list of technical terms
• (B) A single fixed formula with one correct substitution
• (C) A question with several defensible viewpoints, such as how a town should save water
• (D) A procedure that must be copied exactly without variation

Q25. A science teacher shows the class how a magnet attracts iron filings but not wood shavings, narrating each step as she does it. This is an example of:

• (A) Demonstration method
• (B) Lecture method alone
• (C) Project method
• (D) Self-study method

Q26. The main advantage of demonstration over verbal explanation alone is that learners:

• (A) See a process or skill performed, which clarifies what words alone may leave vague
• (B) Copy notes faster
• (C) Hear more facts in less time
• (D) Work without any teacher guidance

Q27. A teacher demonstrates how to use a protractor, then asks each student to measure three angles. The follow-up practice is important because demonstration alone mainly gives:

• (A) Mastery through doing
• (B) Observation, which must be followed by learner practice to build skill
• (C) A finished project
• (D) A group debate

Q28. A demonstration fails because students at the back cannot see the apparatus. The teacher should have:

• (A) Arranged seating, used a larger set-up or repeated key steps so all can observe
• (B) Used smaller apparatus
• (C) Removed all apparatus
• (D) Spoken more quietly

Q29. While demonstrating filtration, a teacher asks students to predict what will happen before pouring the mixture. This prediction step helps because it:

• (A) Delays the lesson unnecessarily
• (B) Tests memory of the textbook
• (C) Engages learners actively and makes the result meaningful to check against
• (D) Replaces the need for an explanation

Q30. A teacher demonstrates an experiment too quickly, without explaining why each step is done. Students can copy the steps but cannot explain the result. The demonstration was weak mainly in its:

• (A) Use of apparatus
• (B) Classroom seating
• (C) Accompanying explanation linking steps to reasons and principles
• (D) Length of the period

Q31. After demonstrating how to draw a bar graph, a teacher checks learning best by:

• (A) Asking students to recall the definition of a graph
• (B) Asking each student to draw a bar graph from a small data set
• (C) Lecturing again on the same topic
• (D) Showing a longer video on graphs

Q32. Demonstration is especially useful for teaching safety procedures in a laboratory because learners:

• (A) Can memorise rules without seeing them
• (B) Can debate the rules at length
• (C) Can write an essay about safety
• (D) Can see the correct sequence and precautions in action before trying them

Q33. A teacher plans a demonstration of seed germination over several days but shows only the final sprouted seed on day one. The flaw is that learners miss:

• (A) The cost of seeds
• (B) The name of the plant
• (C) The stages of the process unfolding over time
• (D) The colour of the pot

Q34. Which preparation step is most important before a classroom demonstration?

• (A) Rehearsing the demonstration and checking that all materials work
• (B) Preparing a long written test
• (C) Arranging a class trip
• (D) Assigning group leaders

Q35. Students plan, carry out and present a survey of waste disposal in their neighbourhood over two weeks, with the teacher guiding rather than directing each step. This is best described as:

• (A) Drill method
• (B) Lecture method
• (C) Demonstration method
• (D) Project method

Q36. A key feature of a genuine project, as distinct from ordinary homework, is that learners:

• (A) Copy answers from a textbook
• (B) Take part in planning and decision-making about the work
• (C) Work silently for exactly ten minutes
• (D) Answer only multiple-choice questions

Q37. A class project on “Our Local Market” integrates counting, interviewing shopkeepers, and writing a report. This illustrates that projects can:

• (A) Integrate learning across subjects around a real purpose
• (B) Replace all classroom teaching permanently
• (C) Avoid any need for teacher guidance
• (D) Focus on a single textbook chapter

Q38. A teacher assigns a “project” in which every student must make the same model by following identical printed steps, with no choices. This is weak as a project mainly because it lacks:

• (A) Materials
• (B) A deadline
• (C) Learner choice, planning and problem-solving
• (D) A written report

Q39. During a group project, two students do all the work while others watch. The teacher’s best response is to:

• (A) Give the whole group the same mark without comment
• (B) Cancel the project
• (C) Assign clear roles, check progress at stages, and assess individual contributions
• (D) Let the active students continue alone

Q40. A project on growing plants in the school garden takes six weeks. A realistic challenge the teacher must plan for is:

• (A) That projects always need expensive equipment
• (B) That students will finish in one day
• (C) That no learning can occur outdoors
• (D) Managing time, stages and resources over a longer period

Q41. At the end of a project, students display their work and explain what went well and what they would change. This final stage matters because it develops:

• (A) Planning the next project topic
• (B) Reflection and communication about the learning process
• (C) Displaying work without explaining it
• (D) Assessing only the finished product

Q42. A teacher chooses a project topic on cleaning a local stream. The topic is suitable mainly because it is:

• (A) Unrelated to students’ lives
• (B) Impossible to complete
• (C) Real, relevant to learners, and achievable with available resources
• (D) Taken directly from an examination paper

Q43. Which teacher role fits the project method best?

• (A) Sole speaker for the whole lesson
• (B) Examiner who only marks at the end
• (C) Silent observer who never intervenes
• (D) Guide who advises, monitors progress and asks probing questions

Q44. A project is assessed by looking at the plan, the process, the final product and each student’s contribution. This broad assessment is appropriate because a project involves:

• (A) Memorisation alone
• (B) Multiple skills and stages, not a single final answer
• (C) Speed alone
• (D) Handwriting alone

Q45. A student says a project taught her to plan her time, work with others and solve unexpected problems. These outcomes show that projects can develop:

• (A) Recall of textbook definitions
• (B) Life skills alongside subject knowledge
• (C) Faster lecture note-taking
• (D) Spelling accuracy alone

Q46. The project method is less suitable when:

• (A) Learners need to explore a real problem over time
• (B) The class needs to build teamwork skills
• (C) A large amount of factual content must be covered quickly before an exam
• (D) Learners benefit from hands-on experience

Q47. A teacher presents a real classroom issue – books are damaged each term – and asks students to define the problem, suggest causes, test solutions and evaluate results. This is:

• (A) Problem-solving method
• (B) Lecture method
• (C) Demonstration method
• (D) Drill method

Q48. The first step in a sound problem-solving lesson is usually to:

• (A) Announce the correct solution
• (B) Set a written test
• (C) Help learners recognise and state the problem clearly
• (D) Ask learners to memorise the answer

Q49. Students suggest five possible reasons why attendance drops in winter. The teacher asks them to collect data before judging any reason. This step reflects which stage of problem-solving?

• (A) Stating the final conclusion
• (B) Memorising facts
• (C) Copying notes
• (D) Gathering evidence to test hypotheses

Q50. A problem-solving task asks students to find why a school tap wastes water and propose a fix within a small budget. The task is effective mainly because it is:

• (A) Taken from a textbook exercise with one word answer
• (B) Real, challenging, and within learners’ ability to investigate
• (C) Impossible for students to attempt
• (D) Unrelated to their surroundings

Q51. After testing a solution, students find it only partly works. The teacher asks them to revise the plan and try again. This shows that problem-solving is:

• (A) A one-step activity ending at the first answer
• (B) A memory test
• (C) An iterative process of trial, evaluation and refinement
• (D) A copying exercise

Q52. Which skill does problem-solving develop most directly?

• (A) Neat handwriting
• (B) Independent, logical thinking applied to new situations
• (C) Speed in copying from the board
• (D) Silent reading

Q53. A teacher gives a problem that is far too difficult for the class, with no guidance or resources. The likely result is:

• (A) Rapid mastery by all learners
• (B) Improved confidence
• (C) Deeper understanding for everyone
• (D) Frustration and loss of confidence

Q54. In problem-solving, the teacher’s role during the investigation stage should be to:

• (A) Give the answer as soon as students hesitate
• (B) Leave the class entirely
• (C) Mark work without feedback
• (D) Guide with questions, suggest sources, and keep the inquiry on track

Q55. Students solve a mathematics problem by trying a method, checking the result, and trying a different method when the first fails. This approach is valued because it teaches learners to:

• (A) Using the first method that comes to mind throughout
• (B) Persist, evaluate strategies, and learn from errors
• (C) Following the textbook procedure step by step
• (D) Checking only the final answer

Q56. Problem-solving differs from a simple exercise in that a problem-solving task:

• (A) Has a routine procedure already known to the learner
• (B) Requires no thinking at all
• (C) Presents a novel situation where the path to a solution is not immediately obvious
• (D) Always has a single word answer

Q57. A teacher selects the lecture method for an overview, discussion for a debatable issue, and demonstration for a practical skill in the same unit. This choice shows understanding that:

• (A) One method suits every learning goal
• (B) The teacher should never change methods
• (C) Methods should be matched to learning objectives, content and learners
• (D) Methods are chosen by chance

Q58. A lesson starts with a short lecture, moves to a demonstration, and ends with students practising in pairs. This combination is sound because it:

• (A) Uses time wastefully
• (B) Confuses learners with variety
• (C) Prevents any assessment
• (D) Combines explanation, modelling and practice in one lesson

Q59. When choosing a teaching method, a teacher should consider first:

• (A) Which method the teacher personally finds easiest
• (B) Which method uses the least preparation
• (C) Which method looks most impressive to visitors
• (D) The learning objectives, learners’ level, available time and resources

Q60. A teacher reflects after a lesson that the discussion was lively but several key facts were never covered. For the next lesson, the best adjustment is to:

• (A) Abandon discussion entirely
• (B) Combine a brief lecture to cover key facts with a focused discussion on one issue
• (C) Extend the discussion with no structure
• (D) Ignore the missing facts