Non Verbal Reasoning - Analytical Reasoning - Discussion
Discussion Forum : Analytical Reasoning - Section 1 (Q.No. 5)
5.
Find the number of triangles in the given figure.
Answer: Option
Explanation:
The figure may be labelled as shown.
The simplest triangles are IJO, BCJ, CDK, KQL, MLQ, GFM, GHN and NIO i.e. 8 in number.
The triangles composed of two components each are ABO, AHO, NIJ, IGP, ICP, DEQ, FEQ, KLM, LCP and LGP i.e.10 in number.
The triangles composed of four components each are HAB, DEF, LGI, GIC, ICL and GLC i.e. 6 in number.
Total number of triangles in the figure = 8 + 10 + 6 = 24.
Discussion:
33 comments Page 3 of 4.
Keerthi said:
10 years ago
Can anyone tell the correct trick?
Vivek said:
1 decade ago
Please tell me the main formula to define the triangle in any stream.
KISHAN said:
1 decade ago
Answer is 24.
AHB, AOH, AOB.
FED, EQF, EQD.
NIJ, NOI, IOJ.
LMK, MQL, LQK,
HNG, JBC, CDK, GFM,
GIL, GPI, GPL,
CIL, CPI, CPL,
IPC, GPI.
AHB, AOH, AOB.
FED, EQF, EQD.
NIJ, NOI, IOJ.
LMK, MQL, LQK,
HNG, JBC, CDK, GFM,
GIL, GPI, GPL,
CIL, CPI, CPL,
IPC, GPI.
Rohit Bhatia said:
1 decade ago
I use formula no.of node.
17+2(9) = 35.
But this answer not shown in option.
17+2(9) = 35.
But this answer not shown in option.
Vilas said:
1 decade ago
Can anyone tell the formula for finding out the number of triangles?
Shantanu vats said:
1 decade ago
Need a simple method to counts triangle or square.
Jaya said:
1 decade ago
Count no of triangles by making the figure half and then double it.
Azhar said:
1 decade ago
Can anyone help regarding more easier and quick way to solve this type of problems.
Bakki said:
1 decade ago
Is there any formula to find out the answer?
Meera said:
1 decade ago
The drawing figure is very difficult.
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