Thinking and Problem Solving Questions and Answers

Answer: A

(A) is true, but (R) is false.

The assertion describes good reading practice: when comprehension breaks down, skilled readers notice it, slow down and reread to clear the confusion before going on.

That noticing and fixing is itself metacognition, thinking about one's own thinking. Monitoring one's understanding and choosing a repair strategy is exactly what helps meaning-making. So the reason, which says metacognition hinders meaning-making, is false, and the options calling both statements true, or both false, are wrong.

Answer: D

The effective method is giving them opportunities to brainstorm and make intuitive guesses.

Problem-solving grows when children generate many possible ideas, make and test hunches, and reason about which ones work. Brainstorming encourages divergent thinking and intuitive guessing, and testing those guesses builds strategies children can carry to new problems.

Discouraging independent thinking, avoiding difficult problems and handing children ready-made solutions all take away the very practice of solving problems that builds the skill.

Answer: D

The question is 'How has your thinking about the use of verbs changed since the beginning of the class?'

Reflecting on one's own thinking is metacognition: being aware of how one's understanding develops and how one learns. This question asks students to look back at their own thinking and how it has changed, so it is metacognitive.

The other questions are about the subject matter: a relationship between parts of speech, a definition, and a grammatical procedure. They test knowledge and understanding of verbs, not reflection on one's own thinking.

Answer: B

Both (A) and (R) are true and (R) is the correct explanation of (A).

The assertion says that teachers should expose learners to diverse situations and differing perspectives to develop critical thinking.

The reason explains why: students learn to think critically and creatively by engaging in conversations across differences, weighing other viewpoints, questioning assumptions and justifying their own ideas. Exposure to diversity provides exactly those conversations, so the reason is the explanation of the assertion.

Answer: A

The question that promotes critical and creative thinking is Which can be the best way to save water and why ?

It has no single right answer. Children must generate several ways of saving water (creative thinking), compare them against criteria, choose one and justify the choice with reasons (critical thinking). The 'why' is what turns it into an evaluation task.

The other three are recall questions with fixed answers: where the city's water comes from, how many states and capitals the country has, and the country's name and location on the map. They test memory of facts, not the ability to judge or invent.

Answer: A

In critical thinking, evidence should be evaluated in a logical and systematic way.

Critical thinking means reaching a judgement by examining the reasons and evidence for a claim. Evidence is therefore central: the thinker checks its source, relevance, reliability and sufficiency, weighs it against counter-evidence, and only then draws a conclusion.

Accepting evidence without analysis is the opposite of critical thinking, calling evidence irrelevant removes the very basis of judgement, and ignoring evidence in favour of personal opinion is the bias critical thinking is meant to overcome.

Answer: A

The teacher should encourage him to brainstorm and generate ideas.

Problem-solving skills grow when learners explore a problem themselves: thinking of several possible approaches, trying them, and evaluating what works. Brainstorming lets Aman break a complex problem into parts and see options he had not considered, while the teacher supports him with questions rather than answers.

Telling him to give up teaches avoidance. Discouraging experiment and risk-taking removes the trial and error that problem solving needs, and handing him the answers solves the problem for him without developing his own skill.

Answer: B

The most effective strategy is encouraging students to reflect on their own learning and evaluate their progress.

Metacognition is thinking about one's own thinking: planning how to approach a task, monitoring understanding while doing it, and evaluating afterwards what worked. Regular reflection, through learning journals, self-assessment, or questions such as 'How did I solve this? What confused me?', builds exactly these skills.

Frequent grades place the judgement outside the learner. Memorising and repeating textbook content trains recall, not awareness of one's own learning, and detailed prescriptive instructions for every task remove the need for students to plan and monitor themselves.

Answer: C

The teacher should emphasise breaking large complex problems into smaller manageable problems.

Breaking a problem into sub-goals is a general problem-solving heuristic (means-end analysis). Each smaller part is easier to understand and solve, and solving the parts in turn leads to a solution of the whole. Practising it helps children tackle unfamiliar problems systematically.

The other options are obstacles to problem solving. Attending only to information that confirms existing beliefs is confirmation bias. Approaching every problem in one fixed way is a mental set or functional fixedness. Centring on a single piece of information is centration, which makes a solver miss the other relevant features.

Answer: D

The teacher should encourage her to keep trying and offer scaffolding when needed.

Problem-solving skill grows when a learner works through difficulty with support: hints, guiding questions or a simpler related problem, withdrawn as she gains competence. Encouragement keeps her persisting.

Punishment creates fear and does nothing for the skill. Giving the solution removes the thinking she needs to do, and telling her to skip the problem avoids the learning altogether.