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Concept Mapping, Investigatory Approach & Problem Solving MCQ - Practice Questions with Answers

Solve 10 Concept Mapping, Investigatory Approach & Problem Solving questions for RAS/RPSC preparation.

Practice questions

Q1George Polya described problem solving as a four-step process. Which option correctly identifies the first step a Class V learner should take when given an unfamiliar word problem about pencils and notebooks?

A Carry out the calculation as fast as possible without reading the problem
B Look back at the answer to see if it matches the answer key
C Understand the problem by reading it and naming what is given and what is asked
D Skip the question and move directly to the next one in the worksheet
Explanation

Polya's first step is Understand the Problem. The learner identifies what data is given, what is unknown, and what condition links the two. Reading the problem carefully and restating it in own words is the foundation of the next three steps.

Q2Arrange the following stages of an investigatory lesson on which surfaces a magnet sticks to in the correct sequence: P make a guess about which surfaces will hold the magnet, Q test each surface with the magnet and note results, R observe a magnet and a few classroom objects on a tray, S discuss the results and refine the guess for next time.

A R then P then Q then S, matching the observe to guess to test to discuss flow of inquiry
B Q then S then R then P, starting with testing before any observation
C S then Q then R then P, starting with discussion before children have any data
D P then S then Q then R, guessing first, discussing, then testing without any observation
Explanation

The investigatory cycle for primary classes runs observe, ask or guess, test, then discuss. Children first see the magnet and objects (R), then guess which will stick (P), then test each one (Q), and finally talk over the results to sharpen their thinking (S).

Q3A Class IV teacher draws a diagram on the board with the word Plants at the top, and below it Roots, Stem, Leaves, Flowers connected by labelled lines such as has and produces. Which classroom tool is the teacher mainly using?

A A handwriting drill where children copy the same word in rows
B A concept map that arranges ideas hierarchically with labelled links
C A timed mental arithmetic game with no diagram
D A spelling bee where children stand and spell words aloud
Explanation

A concept map, as developed by Joseph Novak, places broader concepts at the top and links them to sub-concepts through labelled lines that show the relationship. The Plants to Roots and Leaves diagram with words like has and produces is a textbook concept map.

Q4Read the two statements about a concept map drawn by a Class III teacher. Statement I: A concept map shows ideas in a hierarchy from broad to specific. Statement II: A concept map uses labelled linking words on the lines that join two ideas. Which is true?

A Both Statement I and Statement II are correct descriptions of a Novak concept map
B Only Statement I is correct; linking words are never written on the lines
C Only Statement II is correct; hierarchy of ideas is not a feature of concept maps
D Both statements are wrong because a concept map is just a list of words
Explanation

Novak's concept map has two defining features. First, it is hierarchical: the most general concept sits at the top and specific examples branch downward. Second, every line carries a labelled linking word or phrase that turns two concepts into a meaningful proposition.

Q5How many distinct steps does Polya's classical problem-solving framework define for a school learner?

A Four steps: Understand, Plan, Carry out, and Look back
B Two steps: Read the problem and write the answer
C Six steps that combine Polya's stages with extra grading rubrics
D Three steps that skip the looking-back stage altogether
Explanation

Polya's framework names exactly four steps: understanding the problem, devising a plan, carrying out the plan, and looking back at the solution. This four-step structure is the heart of every primary-school problem-solving routine that follows Polya.

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More questions

6Match each Polya problem-solving step in List I with the matching learner action in List II. List I: 1 Understand, 2 Plan, 3 Carry out, 4 Look back. List II: P Try the steps and write the answer, Q Read the problem and restate the unknown, R Check whether the answer is reasonable, S Choose a strategy such as drawing a picture.

A1 to P, 2 to Q, 3 to R, 4 to S
B1 to Q, 2 to S, 3 to P, 4 to R
C1 to S, 2 to R, 3 to Q, 4 to P
D1 to R, 2 to P, 3 to S, 4 to Q

7On a primary-classroom concept map about animals, the broadest concept Animals branches into Mammals, Birds, and Fish. From Mammals two further specific examples are drawn. How many concept levels appear in this map, counting Animals as the first level?

AOne level only, because all the words are written on the same page
BTwo levels only, because Mammals, Birds, and Fish are at the same depth
CThree levels: Animals at the top, the three groups below, and specific examples under Mammals
DFive levels, because every additional word counts as a new level

8Which of the following is NOT a feature of a well-drawn primary-classroom concept map?

AThe most general concept is placed at the top of the diagram
BLines joining concepts carry short linking words such as has or causes
CCross-links can be drawn between branches to show wider relations
DEvery learner must be given an identical fully filled map to memorise

9Assertion: In a Class V EVS lesson on shadows, the teacher lets children move a torch over a wooden block, observe the shadow, and discuss what changes when the torch moves. Reason: The investigatory approach asks learners to observe, raise questions, and test their guesses through hands-on activity. Choose the correct option.

AAssertion is true, Reason is true, but Reason does not explain the Assertion
BAssertion is false, Reason is true, and the lesson contradicts the investigatory approach
CAssertion is true, Reason is true, and Reason correctly explains why the lesson follows the investigatory approach
DBoth Assertion and Reason are false because shadows cannot be taught through hands-on work

10Consider these four statements about the investigatory approach in primary classrooms. 1 It begins from a question or problem that puzzles the learner. 2 It treats observation and hands-on testing as central. 3 It dictates that the teacher must give the answer before any activity. 4 It values discussion of results, including unexpected findings. Which combination of statements is correct?

AOnly 1 and 3 are correct, because the teacher must always tell the answer first
BStatements 1, 2, and 4 are correct; statement 3 is wrong because teachers do not pre-announce answers in inquiry
COnly 2 and 3 are correct; observation matters but learners need pre-told answers
DOnly 4 is correct; the other three statements are not part of inquiry

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