Logical Reasoning - Logical Problems - Discussion
Discussion Forum : Logical Problems - Type 1 (Q.No. 6)
Directions to Solve
Each problem consists of three statements. Based on the first two statements, the third statement may be true, false, or uncertain.
6.
The Kingston Mall has more stores than the Galleria.
The Four Corners Mall has fewer stores than the Galleria.
The Kingston Mall has more stores than the Four Corners Mall.
If the first two statements are true, the third statement is
The Four Corners Mall has fewer stores than the Galleria.
The Kingston Mall has more stores than the Four Corners Mall.
If the first two statements are true, the third statement is
Answer: Option
Explanation:
From the first two statements, you know that the Kingston Mall has the most stores, so the Kingston Mall would have more stores than the Four Corners Mall.
Discussion:
11 comments Page 1 of 2.
Mathi said:
4 years ago
But the formula is K>G<F.
So I think the answer is C uncertain.
So I think the answer is C uncertain.
Vansh said:
5 years ago
Please, anyone, explain the answer clearly.
PSaurabh said:
7 years ago
The Kingston Mall has more stores than the Galleria.
Let Kingston Mall (K) has 10 stores and galleria 5.
The Four Corners Mall has fewer stores than the Galleria.
Let Four Corner has 20 stores and Galleria we already assumed 5.
So, now Four corners have more than K?
What is the catch?
Let Kingston Mall (K) has 10 stores and galleria 5.
The Four Corners Mall has fewer stores than the Galleria.
Let Four Corner has 20 stores and Galleria we already assumed 5.
So, now Four corners have more than K?
What is the catch?
Prudhvi said:
8 years ago
I agree @Thanaram.
Nishant Tiwari said:
8 years ago
No, the correct answer is Ture only. I agree with the given answer.
Pankaj said:
8 years ago
You are right @Thanaram. The correct answer is uncertain.
Ishan khan said:
9 years ago
It is K > G > F.
ThanaRam said:
1 decade ago
If Kingston has 4 stores and 1 Galleria and four corners have 40 stores and 50 Galleria what will be the answer?
Divakar said:
1 decade ago
Thank you (sundar) for your clarrification.
Sundar said:
1 decade ago
From 1: K > G
From 2: G > F
Combine 1 and 2: K > G > F
Therefore, K > F (Satisfies the third statement).
Hence the answer is True.
From 2: G > F
Combine 1 and 2: K > G > F
Therefore, K > F (Satisfies the third statement).
Hence the answer is True.
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