Question 1

P, Q, R and S are four friends. P is shorter than Q but taller than R who is shorter than S. Who is the shortest among all?

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Question 2

Select the figure that does NOT belong in the following group.

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Question 3

According to the venn diagram, which number represents 'Boys who participate in athletics and also play cricket'?

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Question 4

What will come in the place of question mark (?) in the below series?

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Question 5

From the given alternatives, select the word which CANNOT be formed using the letters of the given word. Demonstration

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Question 6

Which of the following part is a part of both circle and triangle?

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Question 7

Vineet is taller than Raman but shorter than Jyoti. Sumit is the shortest. Deepak is taller than Sumit but shorter than Raman. Who is the tallest?

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Question 8

In the question, a word is represented by only one set of numbers as given in any one of the alternatives. The sets of numbers given in the alternatives are represented by two classes of alphabets as in two matrices given below. The columns and rows…

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Question 9

How many triangles are there in the following figure?

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Question 10

Select the Answer figure that fits in the blank space in the given problem figure.

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Question 11

Three positions of a cube are shown below. What will come opposite to face containing '$'?

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Question 12

Find the number of triangles in the given figure.

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The figure may be labelled as shown. The simplest triangles are ABG, BCG, CGE, CDE, AGE and AEF i.e. 6 in number. The triangles composed of two components each are ABE, ABC, BCE and ACE i.e. 4 in number. There are 6 + 4 = 10 triangles in the figure.

Question 13

Find the minimum number of straight lines required to make the given figure.

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The figure may be labelled as shown. The horizontal lines are IJ, AB, EF, MN, HG, DC and LK i.e. 7 in number. The vertical lines are AD, EH, IL, FG, BC and JK i.e. 6 in number. Thus, there are 7 + 6 = 13 straight lines in the figure.

Question 14

Find the minimum number of straight lines required to make the given figure.

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The figure may be labelled as shown. The horizontal lines are AK, BJ, CI, DH and EG i.e. 5 in number. The vertical lines are AE, LF and KG i.e. 3 in number. The slanting lines are LC, CF, FI, LI, EK and AG i.e. 6 in number. Thus, there are 5 + 3 + 6 = 14 straight lines in the figure.

Question 15

Find the number of triangles in the given figure.

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The figure may be labelled as shown. The simplest triangles are AFB, FEB, EBC, DEC, DFE and AFD i.e. 6 in number. The triangles composed of two components each are AEB, FBC, DFC, ADE, DBE and ABD i.e. 6 in number. The triangles composed of three components each are ADC and ABC i.e. 2 in number. There is only one triangle i.e. DBC which is composed of four components. Thus, there are 6 + 6 + 2 + 1 = 15 triangles in the figure.

Question 16

What is the number of straight lines and the number of triangles in the given figure.

Accepted Answer

The figure may be labelled as shown. The Horizontal lines are DF and BC i.e. 2 in number. The Vertical lines are DG, AH and FI i.e. 3 in number. The Slanting lines are AB, AC, BF and DC i.e. 4 in number. Thus, there are 2 + 3 + 4 = 9 straight lines in the figure. Now, we shall count the number of triangles in the figure. The simplest triangles are ADE, AEF, DEK, EFK, DJK, FLK, DJB, FLC, BJG and LIC i.e. 10 in number. The triangles composed of two components each are ADF, AFK, DFK, ADK, DKB, FCK, BKH, KHC, DGB and FIC i.e. 10 in number. The triangles composed of three components each are DFJ and DFL i.e. 2 in number. The triangles composed of four components each are ABK, ACK, BFI, CDG, DFB, DFC and BKC i.e. 7 in number. The triangles composed of six components each are ABH, ACH, ABF, ACD, BFC and CDB i.e. 6 in number. There is only one triangle i.e. ABC composed of twelve components. There are 10 + 10 + 2 + 7 + 6+ 1 = 36 triangles in the figure.

Question 17

Find the number of triangles in the given figure.

Accepted Answer

The figure may be labelled as shown. The simplest triangles are ABF, BFG, BCG, CGH, GHD, GED, EFG and AFE i.e. 8 in number. The triangles composed of two components each are ABG, BGE, AGE, ABE and GCD i.e. 5 in number. The triangles composed of three components each are BCD, CDE, BED and BCE i.e. 4 in number. Thus, there are 8 + 5 + 4 = 17 triangles in the figure.

Question 18

Find the minimum number of straight lines required to make the given figure.

Accepted Answer

The figure may be labelled as shown. The horizontal lines are DE, FH, IL and BC i.e. 4 in number. The slanting lines are AC, DO, FN, IM, AB, EM and HN i.e. 7 in number. Thus, there are 4 + 7 = 11 straight lines in the figure.

Question 19

Find the number of triangles in the given figure.

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The figure may be labelled as shown. The simplest triangles are ABG, BIG, BIC, CIH, GIH, CDH, HED, GHJ, HJE, FEJ, GFJ and AGF i.e. 12 in number. The triangles composed of two components each are ABF, CDE, GBC, BCH, GHG, BHG, GHF, GHE, HEF and GEF i.e. 10 in number. The triangles composed of three components each are ABH, AFH, CDG and GDE i.e. 4 in number. The triangles composed of four components each are BHF and CGE i.e. 2 in number. Total number of triangles in the figure = 12 + 10 + 4 + 2 = 28.

Question 20

Find the number of triangles in the given figure.

Accepted Answer

The figure may be labelled as shown. The simplest triangles are GLK, DLJ, DJM, HMN, QRE, IRA, IPA and FPO i.e. 8 in number. The triangles having two components each are BDO, CDQ, DLM, PRA, KFI, NEI, HJI, GJI, DKI and DNI i.e. 10 in number. The triangles having four components each are DIE, DFI, DOA, DQA andGHI i.e. 5 in number. The triangles having six components each are DCA and DBA i.e. 2 in number. DEF is the only triangle having eight components. ABC is the only triangle having twelve components. Thus, there are 8+10+ 5 + 2+1 + 1 = 27 triangles in the figure.

Analytical Reasoning Questions