IMO Level 1- Mathematics Olympiad (SOF) Class 4: Questions 374 - 380 of 614

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Question number: 374

» Geometry

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MCQ▾

Question

How many cubes are needed to make the given solid?

Given figure made by cubes

Given Figure Made by Cubes

Find the how many cubes are needed to make given solid

Choices

Choice (4) Response

a.

20

b.

25

c.

15

d.

10

Passage

The given table shows the number of people who joined a Yoga club in 2004 and 2005. Study it carefully and answer the following questions.

Table shows the number of people joined a Yoga club in 2004 and 2005

Study table carefully and answer the following question

2006

2007

Men

260

120

Women

450

340

Boys

120

250

Girls

310

320

Question number: 375 (1 of 4 Based on Passage) Show Passage

» Data Handling

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MCQ▾

Question

How many more boys joined the yoga club in 2007 than 2006?

Choices

Choice (4) Response

a.

250

b.

130

c.

140

d.

430

Question number: 376 (2 of 4 Based on Passage) Show Passage

» Data Handling

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MCQ▾

Question

What was the difference in the number of women who joined the yoga club between 2006 and 2007?

Choices

Choice (4) Response

a.

140

b.

110

c.

130

d.

430

Question number: 377 (3 of 4 Based on Passage) Show Passage

» Data Handling

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MCQ▾

Question

If boys had to pay an annual membership fee of Rs. 20 each while girls had to pay Rs. 10 each. How much money was collected in year 2007 by them?

Choices

Choice (4) Response

a.

4650

b.

7860

c.

6440

d.

8200

Question number: 378 (4 of 4 Based on Passage) Show Passage

» Data Handling

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MCQ▾

Question

How many less girl joined yoga club in 2007 than women in 2006?

Choices

Choice (4) Response

a.

110

b.

430

c.

140

d.

130

Question number: 379

» Geometry

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MCQ▾

Question

If radius of the circle is first odd prime number, how much is its diameter?

Choices

Choice (4) Response

a.

6 units

b.

12 units

c.

22 units

d.

8 units

Question number: 380

» Geometry

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MCQ▾

Question

Ayan made a shape by folding the given cardboard along dotted lines. Which shape did Kavya make?

Segment c Segment c: Segment [C, D] of Polygon poly1 Segment d Segment d: Segment [D, E] of Polygon poly1 Segment e Segment e: Segment [E, F] of Polygon poly1 Segment f Segment f: Segment [F, G] of Polygon poly1 Segment g Segment g: Segment [G, H] of Polygon poly1 Segment h Segment h: Segment [H, I] of Polygon poly1 Segment i Segment i: Segment [I, J] of Polygon poly1 Segment j Segment j: Segment [J, C] of Polygon poly1 Segment d_1 Segment d_1: Segment [D, J] of Quadrilateral poly2 Segment j_1 Segment j_1: Segment [J, H] of Quadrilateral poly2 Segment h_1 Segment h_1: Segment [H, F] of Quadrilateral poly2 Segment f_1 Segment f_1: Segment [F, D] of Quadrilateral poly2

Image Shows the Folding Cardboard Along Dotted Lines

Find which shape made by folding given cardboard

Choices

Choice (4) Response

a.

Triangle poly1 Triangle poly1: Polygon A, B, C Segment c Segment c: Segment [A, B] of Triangle poly1 Segment a Segment a: Segment [B, C] of Triangle poly1 Segment b Segment b: Segment [C, A] of Triangle poly1 Segment f Segment f: Segment [A, D] Segment g Segment g: Segment [B, D] Segment h Segment h: Segment [D, C]

Geometry Shape Are Given with Dotted Line Choice-A

Find the folding cardboard matching shape

b.

Quadrilateral poly1 Quadrilateral poly1: Polygon C, D, E, F Quadrilateral poly2 Quadrilateral poly2: Polygon C, G, H, D Quadrilateral poly3 Quadrilateral poly3: Polygon D, E, I, H Segment c Segment c: Segment [C, D] of Quadrilateral poly1 Segment d Segment d: Segment [D, E] of Quadrilateral poly1 Segment e Segment e: Segment [E, F] of Quadrilateral poly1 Segment f Segment f: Segment [F, C] of Quadrilateral poly1 Segment c_1 Segment c_1: Segment [C, G] of Quadrilateral poly2 Segment g Segment g: Segment [G, H] of Quadrilateral poly2 Segment h Segment h: Segment [H, D] of Quadrilateral poly2 Segment d_1 Segment d_1: Segment [D, C] of Quadrilateral poly2 Segment d_2 Segment d_2: Segment [D, E] of Quadrilateral poly3 Segment e_1 Segment e_1: Segment [E, I] of Quadrilateral poly3 Segment i Segment i: Segment [I, H] of Quadrilateral poly3 Segment h_1 Segment h_1: Segment [H, D] of Quadrilateral poly3 Segment j Segment j: Segment [G, J] Segment k Segment k: Segment [J, F] Segment l Segment l: Segment [J, I]

Geometry Shape Are Given with Dotted Line Choice-B

Find the folding cardboard matching shape

c.

Segment e Segment e: Segment [C, D] of Triangle poly1 Segment c Segment c: Segment [D, E] of Triangle poly1 Segment d Segment d: Segment [E, C] of Triangle poly1 Segment e_1 Segment e_1: Segment [C, F] of Triangle poly2 Segment c_1 Segment c_1: Segment [F, E] of Triangle poly2 Segment f Segment f: Segment [E, C] of Triangle poly2 Segment f_1 Segment f_1: Segment [C, G] of Triangle poly3 Segment c_2 Segment c_2: Segment [G, F] of Triangle poly3 Segment g Segment g: Segment [F, C] of Triangle poly3 Segment h Segment h: Segment [C, H] Segment i Segment i: Segment [D, F] Segment j Segment j: Segment [G, E] Segment k Segment k: Segment [G, D]

Geometry Shape Are Given with Dotted Line Choice-C

Find the folding cardboard matching shape

d.

None of the above