Dear Aspirants,

Reasoning Questions for IDBI Executive Exam 2018

Reasoning Ability is an onerous section. With the increasing complexity of questions, it becomes hard for one to give it the cold shoulder. The only way to make the grade in this particular section in the forthcoming banking exams is to practice continuously with all your heart and soul. And, to let you practice with the best of the latest pattern questions, here is the Adda247 Night Reasoning Quiz based on the exact same pattern of questions that are being asked in the exams.

Directions (1-5): Study the information and answer the given questions:
There are seven people A, B, C, D, P , Q and R. They all were born on different year viz. 1946, 1953, 1961, 1969, 1978, 1984 and 1993 but not necessarily in same order. But the date and month of birth of all these persons are same. Calculation is done with respect to the present year 2018 and assuming months and date to be same.
C’s age is perfect square. The difference of age between R and C is perfect cube. The addition of age of R and A is prime number. The addition of age of A and Q is equal to age of P. The difference of age between B and Q is less than 10 year.

Q1.What is the age of D?
(a) 49
(b)57
(c) 40
(d) 25
(e) 72

Q2.How many persons are younger than A?
(a) Four
(b) One
(c) Three
(d)No one.
(e) Two

Q3.Who among the following is second youngest?
(a) R
(b)C
(c) B
(d) Q
(e)P

Q4. A was born in which of the following year?
(a)1969
(b) 1961
(c) 1978
(d) 1953
(e) 1946

Q5.What is the age of C (in years)?
(a) 49
(b) 57
(c) 40
(d) 25
(e) 34

Directions (6-7): In each question below is given a statement followed by two assumptions numbered I and II .An assumption is something supposed or taken for granted. You have to consider the statement and the following assumption and decide which of the assumption is implicit in the statement.
(a) If only assumption I is implicit
(b) If only assumption II is implicit
(c) If either I or II is implicit
(d) If neither I nor II is implicit
(e) If both I and II are implicit

Q6. Statement: Only first class science graduates are eligible for the job.
Assumptions:
I. Students with graduation in fields other than science are not as intellectual.
II. Courses other than science are available at the graduation level.

Q7. Statement: The employees’ association urged its members to stay away from the annual function as many of their demands were not met by the management.
Assumptions:
I. Majority of the members of the association may not attend the function.
II. The management may cancel the annual function.

Directions (8-9): Following questions are based on the information given below:
(i) P × Q means P is father of Q.
(ii) P – Q means P is sister of Q.
(iii) P + Q means P is mother of Q.
(iv) P ÷ Q means P is brother of Q.

Q8. In the expression X + Z× Y ÷ T, how is Y related to X?
(a) Granddaughter
(b) Son
(c) Grandson
(d)Granddaughter or grandson
(e)None of the above

Q9.Which of the following represents X is son of T?
(a) X ÷ R – T ×Y
(b) X + R – T ×Y
(c) X ÷ M – N ×T
(d) Y × T - X ÷ R
(e)None of the above

Q10. In a certain code language ‘ne mu pi’ means ‘given and connect’, ‘il di so’ means ‘every boy else’ and ‘tu mu so’ means ‘boy and soul’. Which of the following would means ‘every connect’?
(a) di pi
(b) il ne
(c) pi ne
(d) Cannot be determined
(e) di il

Directions (11-15): In each of these questions the symbols @, #, \$, % and * are used with different meanings as follows.
I. ‘P @ Q’ means ‘P is not smaller than Q’.
II. ‘P # Q’ means ‘P is not greater than Q’.
III. ‘P \$ Q’ means ‘P is neither smaller than nor greater than Q’.
IV. ‘P % Q’ means ‘P is neither smaller than nor equal to Q’.
V. ‘P * Q’ means ‘P is neither greater than nor equal to Q’.
In each question, four statements showing relationships have been given, which are followed by four conclusions I, II, III and IV. Assuming that the given statements are true, find out which conclusion(s) is/are definitely true.

Q11. Statements: M # N, N * O, O @ P, P \$ Q
Conclusions:
I. Q * O
II. Q # O
III. M * O
IV. Q \$ M
(a) I and III are true
(b) II and III are true
(c) III and IV are true
(d) I and II are true
(e) None of the above

Q12. Statements: A \$ B, B @ C, C % D, E * D
Conclusions:
I. A @ C
II. E * B
III. B % D
IV. A % D
(a) None is true
(b) I and II are true
(c) II and III are true
(d) I, II and III are true
(e) All are true

Q13. Statements: A @ B, B * C, C # D, D % E
Conclusions:
I. B % E
II. A @ D
III. B # E
IV. A * D
(a) Either I or III is true
(b) Either II or IV is true
(c) II and III are true
(d) Either I or III and either II or IV are true
(e) None is true

Q14. Statements: A % B, B # C, C @ D, D \$ E
Conclusions:
I. C % E
II. A @ C
III. A * C
IV. B \$ D
(a) Either II or III is true
(b) Only I is true
(c) Only IV is true
(d) I and II are true
(e) None of the above

Q15. Statements: T % U, U @ V, V * Z, Z # X
Conclusions:
I. T @ V
II. T % V
III. X @ V
IV. X % V
(a) I and III are true
(b) II and III are true
(c) II and IV are true
(d) All are true
(e) None of these