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MCQ

pedagogy-of-mathematics-l1 MCQ - Practice Questions with Answers

Solve 29 pedagogy-of-mathematics-l1 questions for RAS/RPSC preparation.

Practice questions

Q1Which option correctly matches each classroom evidence with the assessment idea it mainly shows?

A Child explains how she made 10 with seeds - informal observation; teacher finds that 18, 19, 30 shows a break after nineteen - diagnostic teaching; teacher gives hundred-chart practice around 20 - remedial support.
B Child explains how she made 10 with seeds - formal test; teacher finds that 18, 19, 30 shows a break after nineteen - remedial support; teacher gives hundred-chart practice around 20 - error analysis.
C Child explains how she made 10 with seeds - remedial support; teacher finds that 18, 19, 30 shows a break after nineteen - formal test; teacher gives hundred-chart practice around 20 - informal observation.
D Child explains how she made 10 with seeds - error analysis; teacher finds that 18, 19, 30 shows a break after nineteen - informal observation; teacher gives hundred-chart practice around 20 - formal test.
Explanation

Observation of a child's explanation can be valid informal assessment because it reveals mathematical thinking. Diagnosis names the exact break, while remediation gives focused help; the distractors swap these steps.

Q2A child solves 46 + 27 as 613 by adding 4 + 2 = 6 and 6 + 7 = 13 side by side. Which remedial step follows the diagnosis most directly?

A Ask the child to copy 46 + 27 correctly five times.
B Tell the child to use only mental calculation from now on.
C Give harder three-digit addition problems for more challenge.
D Use tens bundles and ones to show that 13 ones become 1 ten and 3 ones, then record 73.
Explanation

The diagnosed gap is not addition fact recall; it is failure to regroup 13 ones into 1 ten and 3 ones. Concrete tens and ones connect the calculation to place value, while copying, mental-only work, or harder sums leave the misconception untouched.

Q3Which observation is a valid informal assessment of a child's mathematical thinking?

A The child sits quietly throughout the activity.
B The child's notebook is neat and all margins are drawn.
C The child explains that 8 plus 7 is 15 by making 10 from 8 and 2, then adding 5.
D The child finishes copying all questions before others.
Explanation

Informal observation becomes assessment when it gives evidence of the child's method. The make-ten explanation shows number sense, while silence, neatness, and copying speed are classroom behaviours without enough mathematical evidence.

Q4Which statement best captures the core idea of primary mathematics teaching?

A Children should first memorise rules and later see examples from daily life.
B Children should organise quantity, shape, measure and patterns through action, talk and representation.
C Children should copy standard solutions until they can reproduce them without support.
D Children should avoid local examples because they make mathematics less formal.
Explanation

Primary mathematics is strongest when children use experience, language and representations to notice relations. Memorising rules, copying solutions or avoiding local contexts reduces mathematics to mechanical procedure instead of mathematisation.

Q5A child says that 1/4 is greater than 1/3 because 4 is greater than 3. What should the teacher do before remedial teaching?

A Give twenty more fraction comparison questions immediately.
B Tell the child to memorise that a larger denominator always means a smaller fraction.
C Mark the answer wrong and move to the next topic.
D Ask the child to show both fractions with equal paper strips and explain the comparison.
Explanation

Error analysis should first locate the misconception, here confusing the denominator number with the size of the fractional part. More questions, memorisation or moving on do not identify the thinking that needs remediation.

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More questions

6Which RBSE-listed area most directly asks the teacher to study why Karan made a subtraction mistake?

AError analysis
BCommunity mathematics
CPlace value chart only
DLong written drill

7Four classroom records are given below. How many can be used as informal evidence of mathematical thinking? 1. A child sorts leaves into small, medium, and large groups and explains the rule. 2. A child says 18, 19, 30 while counting aloud. 3. A child keeps the pencil box closed during the lesson. 4. A child uses paper strips to show that 3/5 is more than 2/5.

A1
B2
C3
D4

8In an inclusive Class 3 mathematics lesson on money, which plan gives all children the best access to the idea of adding amounts?

AUse only printed worksheets with unfamiliar city-shop prices and require silent individual work.
BStart with local market objects and home-language talk, let children handle play money, then record the addition in standard notation.
CExplain the column-addition rule on the board and ask only the fastest children to answer aloud.
DBan home-language discussion so that every child uses formal mathematical words from the beginning.

9Imran uses Mewari at home and says a local word while comparing two lengths. What should the teacher do first?

AReject the local word and demand only formal terminology
BSkip measurement because language is mixed
CAccept the home-language word, then connect it to the formal mathematics word
DGive a written test immediately

10How many of the following teacher actions show mathematisation rather than rote mechanical procedure? 1. Asking children to make 10 using seeds before writing 7 plus 3. 2. Asking children to state the rule for carrying without showing place value. 3. Asking children to estimate a classroom length with hand spans and then check with a standard tool. 4. Asking children to sort objects by shape properties and explain their grouping.

A1
B2
C3
D4

11Which classroom action is least aligned with the idea that mathematisation is more important than rote mechanical procedure?

AChildren explain why 8 plus 5 can be seen as 10 plus 3.
BChildren compare two ways of measuring the same desk and discuss the difference.
CChildren sort shapes by sides and corners before naming the shapes.
DChildren chant the multiplication table without using it to solve or explain anything.

12Match child action with pedagogy focus: 1. Meena buys two pretend items 2. Karan explains a wrong subtraction 3. Devika sorts shapes by corners. a. Geometry attributes b. Community mathematics c. Error analysis

A1-a, 2-b, 3-c
B1-c, 2-a, 3-b
C1-b, 2-c, 3-a
D1-b, 2-a, 3-c

13Assertion: Devika should sort shapes by sides and corners, not only by their names. Reason: Primary geometry grows when children notice attributes before memorising labels.

AAssertion is true, reason is false
BAssertion is false, reason is true
CBoth are true, but reason does not explain assertion
DBoth are true, and reason explains assertion

14A Class 2 child is learning 47 as 4 tens and 7 ones. Which sequence best follows the primary mathematics movement from object and action to picture, language, and symbol?

AWrite 47 first, then ask the child to copy it ten times, then show bundles if time remains.
BMake 4 bundles of ten sticks and 7 loose sticks, draw them, say 4 tens and 7 ones, then record 47.
CTeach the place-value table columns first and ask the child to fill blanks with 4 and 7.
DAsk the child to memorize that the left digit is tens and the right digit is ones.

15Which pair is correct for primary mathematics pedagogy? I. Community mathematics uses local contexts. II. Diagnostic teaching gives focused support after locating the exact difficulty.

AOnly I
BOnly II
CBoth I and II
DNeither I nor II

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