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Observe the series below and answer the questions that follow:
C 6 G J * 9 U T ^ % 5 6 Q S 3 L K N W 8
If all the special characters are removed from the series, which would be the tenth element from the left?
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If the special characters are removed *, ^ and % are eliminated from the series. Then Q becomes the 10th element from the left.
How many elements are there in the series that are followed by prime numbers?
There are 2 prime numbers in the series - 3 and 5. Hence there are 2 elements followed by prime numbers.
Which element comes sixth to the right of the tenth element from the right?
The element that comes sixth to the right of the tenth element from the right is basically the fourth element from the right ie K.
How many elements are there which are followed by odd numbers?
There are 3 odd numbers in the series - 9 , 5 and 3. Hence, there are 3 elements followed by odd numbers.
How many elements are there in the series that are followed by vowels?
There is only one vowel in the series, U. So, only one element is followed by a vowel.
Directions For Questions
In each of the following questions, relationship between different elements is shown in the statements. These statements are followed by two conclusions.
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Statements: I. P \leq≤ Q > R
II. Q > S > T
Conclusions I: P > S
II: P > T
The expanded form of the given statements is: . P ≤ Q > S > T and R < Q > S > T From the given two statements we can see that a direct relation between P and S nor P and T cannot be established. Thus, neither of the two conclusions follow.
Statements: I. A \geq≥ B \geq≥ C
II. B ≥ D > E
Conclusions I: A \geq≥ D
II: A ≥ E
The expanded form of the given statements is: A ≥ B ≥ D > E and A > B ≥ C From the above expansion we can see that only A is greater than or equal to D but always greater than E. Thus, conclusion I is true and conclusion II is false.
Statements: I. L ≥ M = N
II. N > O < P
Conclusions I: P > N
II: L > O
The expanded form of the given statements is: L ≥ M = N > O < P From the expanded form of the given statements we can see that L is greater than O but no relation between P and N can be defined. Thus, only conclusion II is true
Statements: I. A < B ≤ C
II. A > D > E
Conclusions I: C > E
II: D < C
The expanded form of the given statements is: E < D < A < B ≤ C From the expanded form of the given statements we can see that both conclusion I and II is true.
Statements: I. P ≤ R
II. S ≥ T
III. T > R
Conclusions I: S ≥ P
II: S > R
The expanded form of the given statements is: S ≥ T > T > R ≥ P From the expanded form of the given solutions we can see that S is greater than R but can never be equal to P. Thus, only conclusion II is correct.
Correct (-)
Wrong (-)
Skipped (-)