IMO Level 1- Mathematics Olympiad (SOF) Class 6: Questions 947 - 950 of 1059

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Question number: 947

» Logical and Analytical Reasoning

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Appeared in Year: 2012

MCQ▾

Question

Starting from the point X, Jayant walked 15 m towards West. He turned left and walked 20 m. He then turned left and walked 15 m. After this he turned to his right and walked 12 m. How far and in which direction is now Jayant from point X?

Choices

Choice (4) Response

a.

27 m, South

b.

47 m, East

c.

32 m, South

d.

42 m, North

Question number: 948

» Logical and Analytical Reasoning

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MCQ▾

Question

Some letters are given which are numbered 1,2, 3,4 and 5. Find the combination of numbers from the options so that the letters arranged accordingly from a meaningful word.

E R P I C

1 2 3 4 5

Choices

Choice (4) Response

a.

3,2, 1,4, 5

b.

3,2, 1,5, 4

c.

3,2, 4,5, 1

d.

3,2, 4,1, 5

Question number: 949

» Logical and Analytical Reasoning

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MCQ▾

Question

If SCIENCE is coded as 1234524 and INTELLIGENT is coded as 35647738456, how would you encode the word SETTING?

Choices

Choice (4) Response

a.

1845328

b.

1756628

c.

1646328

d.

1466358

Question number: 950

» Logical and Analytical Reasoning

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MCQ▾

Question

Two positions of a dice are shown. If 1 is on the bottom which number will be on the top?

Polygon poly1 Polygon poly1: Polygon [A, B, 4] Polygon poly1 Polygon poly1: Polygon [A, B, 4] Quadrilateral poly2 Quadrilateral poly2: Polygon E, F, G, H Quadrilateral poly3 Quadrilateral poly3: Polygon G, I, J, H Polygon poly1_1 Polygon poly1_1: Polygon [A_1, B_1,4] Polygon poly1_1 Polygon poly1_1: Polygon [A_1, B_1,4] Quadrilateral poly2_1 Quadrilateral poly2_1: Polygon E_2, F_1, G_1, H_2 Quadrilateral poly3_1 Quadrilateral poly3_1: Polygon G_2, I_1, J_2, H_3 Segment f Segment f: Segment [A, B] of Polygon poly1 Segment g Segment g: Segment [B, C] of Polygon poly1 Segment h Segment h: Segment [C, D] of Polygon poly1 Segment i Segment i: Segment [D, A] of Polygon poly1 Segment e Segment e: Segment [E, F] of Quadrilateral poly2 Segment f_1 Segment f_1: Segment [F, G] of Quadrilateral poly2 Segment g_1 Segment g_1: Segment [G, H] of Quadrilateral poly2 Segment h_1 Segment h_1: Segment [H, E] of Quadrilateral poly2 Segment g_2 Segment g_2: Segment [G, I] of Quadrilateral poly3 Segment i_1 Segment i_1: Segment [I, J] of Quadrilateral poly3 Segment j Segment j: Segment [J, H] of Quadrilateral poly3 Segment h_2 Segment h_2: Segment [H, G] of Quadrilateral poly3 Segment f_2 Segment f_2: Segment [A_1, B_1] of Polygon poly1_1 Segment g_3 Segment g_3: Segment [B_1, C_1] of Polygon poly1_1 Segment h_3 Segment h_3: Segment [C_1, D_1] of Polygon poly1_1 Segment i_2 Segment i_2: Segment [D_1, A_1] of Polygon poly1_1 Segment e_1 Segment e_1: Segment [E_2, F_1] of Quadrilateral poly2_1 Segment f_3 Segment f_3: Segment [F_1, G_1] of Quadrilateral poly2_1 Segment g_4 Segment g_4: Segment [G_1, H_2] of Quadrilateral poly2_1 Segment h_4 Segment h_4: Segment [H_2, E_2] of Quadrilateral poly2_1 Segment g_6 Segment g_6: Segment [G_2, I_1] of Quadrilateral poly3_1 Segment i_4 Segment i_4: Segment [I_1, J_2] of Quadrilateral poly3_1 Segment j_1 Segment j_1: Segment [J_2, H_3] of Quadrilateral poly3_1 Segment h_6 Segment h_6: Segment [H_3, G_2] of Quadrilateral poly3_1 Point K K = (2.05,5.13) Point K K = (2.05,5.13) Point L L = (2.29,5.14) Point L L = (2.29,5.14) Point M M = (2.58,5.13) Point M M = (2.58,5.13) Point N N = (2.17,5.65) Point N N = (2.17,5.65) Point O O = (2.37,5.72) Point O O = (2.37,5.72) Point P P = (2.58,5.81) Point P P = (2.58,5.81) Point Q Q = (2.78,5.89) Point Q Q = (2.78,5.89) Point R R = (2.97,5.99) Point R R = (2.97,5.99) Point S S = (2.89,5.12) Point S S = (2.89,5.12) Point T T = (2.94,5.32) Point T T = (2.94,5.32) Point U U = (3.03,5.52) Point U U = (3.03,5.52) Point V V = (3.08,5.73) Point V V = (3.08,5.73) Point K_1 K_1 = (4.25,5.09) Point K_1 K_1 = (4.25,5.09) Point L_1 L_1 = (4.49,5.1) Point L_1 L_1 = (4.49,5.1) Point M_1 M_1 = (4.79,5.09) Point M_1 M_1 = (4.79,5.09) Point K_2 K_2 = (4.63,5.91) Point K_2 K_2 = (4.63,5.91) Point L_2 L_2 = (4.88,5.92) Point L_2 L_2 = (4.88,5.92) Point M_2 M_2 = (5.17,5.91) Point M_2 M_2 = (5.17,5.91) Point K_3 K_3 = (4.47,5.74) Point K_3 K_3 = (4.47,5.74) Point L_3 L_3 = (4.71,5.75) Point L_3 L_3 = (4.71,5.75) Point M_3 M_3 = (5.01,5.74) Point M_3 M_3 = (5.01,5.74) Point K_4 K_4 = (5.03,5.41) Point K_4 K_4 = (5.03,5.41) Point L_4 L_4 = (5.27,5.42) Point L_4 L_4 = (5.27,5.42)

Two Positions of a Dice Having Some Number of Dots

Find the number of dots that are on the top when 1 is on the bottom

Choices

Choice (4) Response

a.

2

b.

4

c.

3

d.

5