Question
Seven persons Priyanka, Malti, Ruhi, Shivi, Teena,
Unnati and Vipin were born on the same date of seven different years viz. 1998, 1999, 2000, 2001, 2002, 2003 and 2004 but not necessarily in same order. Who is the oldest among them? Statement I: Two people were born in between Unnati and Malti. Teena was born in 2003. Only one person was born between Unnati and Teena. Shivi was born immediately before Unnati. Statement II: Four people were born between Vipin and Ruhi. Priyanka was born two years before the leap year but not in 1998. Vipin was born immediately after Malti. Three people were born between Malti and Priyanka. The question given below consists of two statements numbered I and II given below it. You have to decide whether the data provided in the statements are sufficient to answer the question. Read all the statements and give answer.Solution
Given that Seven people Priyanka, Malti, Ruhi, Shivi, Teena, Unnati and Vipin were born on the same date of seven different year’s viz. 1998, 1999, 2000, 2001, 2002, 2003 and 2004. From statement I: Two people were born in between Unnati and Malti. Teena was born in 2003. Only one person was born between Unnati and Teena. Shivi was born immediately before Unnati. So, we have two cases i.e., we do not have proper information so statement I alone is not sufficient to answer. 
From statement II: Four people were born between Vipin and Ruhi. Priyanka was born two years before the leap year but not in 1998. Vipin was born immediately after Malti. Three people were born between Malti and Priyanka. So, we have 
Statements: T ≥ U = V > W = Z ≤ X < Y ≤ M
Conclusions:
I. Z > T
II. U ≤ X
In this question, the relation between various elements is shown in the statement. After the statement, two conclusions are given, select a suitable op...
Which of the following makes C $ E or Y % E definitely true?
Statements: G > H ≥ I > K = L; O ≥ N ≤ M < K
Conclusions:
I. H > N
II. I < O
III. I ≥ M
Statements: A > B > C, C < D > E, E = F > G
Conclusion:
I. C = G
II. A > F
Statements:
A ≥ Z > B ≥ Y; C > B ≥ W
Conclusion:
I. A > W
II. C > Y
Statements: J < K = L ≥ M ≥ P; F ≥ K < G
Conclusion I. J < G II.F ≥ P
...Statements: I < W = T ≤ H = C ≤ Y, Y > M ≥ V
Conclusions:
I. Y ≥ W
II. H > V
III. M < T
- Statements: X < H = U ≤ I < N = M, M > B ≥ V
Conclusions:
I. I > V
II. U ≥ M Statements: B > A = D ≥ C = I ≥ H > E > F > G
Conclusions:
I. C ≥ E
II. E > C
III. A ≥ D
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