Reasoning ability Quiz For LIC AAO 2019
Life Insurance Cooperation has released the notification for the posts of AAO for the Recruitment in 2019-20. This is a great opportunity for all those who aspire to become a Banker this year. Now the next step is to start practicing for the exams from now itself. Here is a quiz on Reasoning ability being provided by Adda247 to let you practice the best of latest pattern Reasoning ability Questions for LIC AAO 2019-20.
Directions (1-5): Study the following information carefully and answer the given questions.
There are 7 friends namely A, D, B, C, G, E, F living on different floors of a seven-storey building but not necessarily in the same order. Also they belong to different cities i.e. Sultanpur, Etawah, Gorakhpur, Lucknow, Kanpur, Azamgarh, Banaras but not necessarily in the same order.
C is not from Etawah or Azamgarh. B lives on an even numbered floor and belongs to Gorakhpur. There are two floors between A, who belongs to Lucknow and B. A lives above B. G lives on an odd numbered floor below floor 4. The one who is from Sultanpur lives just above the one who belongs to Etawah. Neither B nor G is from Etawah or Sultanpur . More than 4 persons live between the one from Lucknow and Kanpur. There are as many persons living between A and E as there are in between E and F. D lives above C. More than 1 person lives between D and C.
Q1. Who among the following lives on 3rd floor?
Q2. Who among the following belongs to Sultanpur?
Q3. Which of the following combinations is correct?
Q4. Four of the following are alike in a certain way so form a group, which of the following does not belong to that group?
Q5. How many persons live between D and F?
Directions (6-7): Study the following information carefully to answer the given questions
There are 6 members in a family namely A,B,C,D,E and F. C and E are one of the married couple.F is daughter of E, who is sister in law of D . B is father in law of E.D is unmarried . A is mother of C.
Q6.How is D related to F?
Q7.How is A related to D?
Directions (8-10): Read the following information carefully and answer the questions given below:
First 12 natural numbers are written from bottom to top. The letters of word ‘SIMPLE’ are written in alphabetical order against each multiple of 2 (One letter against one number) from bottom to top (starting from 2). There are 2 letters between M and R. There are as many letters between I and K as between I and J. There are 3 letters between R and K. A is above M. J is placed below R. (No letter is repeated against any number).
Q8. Which is the second letter in word formed by letters against numbers 7, 9, 10 and 11?
Solution:
12-S
11-R
10-P
9-A
8-M
7-K
6-L
5-
4-I
3-
2-E
1-J
Letters written against numbers 7, 9, 10 and 11 are—K, A, P, R
Word formed—PARK. So 2nd letter is A.
Q9. Which alphabet is written against no.6?
Solution:
12-S
11-R
10-P
9-A
8-M
7-K
6-L
5-
4-I
3-
2-E
1-J
Q10. How many letters are there between S and K?
Solution:
12-S
11-R
10-P
9-A
8-M
7-K
6-L
5-
4-I
3-
2-E
1-J
Directions (11 - 15): In the following questions, the symbols @, $, *, # and % are used with the following meaning as illustrated below.
‘P # Q’ means ‘P is smaller than Q’.
‘P @ Q’ means ‘P is smaller than or equal to Q’.
‘P * Q’ means ‘P is greater than or equal to Q’.
‘P % Q’ means ‘P is equal to Q’.
‘P & Q’ means ‘P is greater than Q’.
Now, in each of the following questions assuming the given statements to be true, find which of the two Conclusions I and II given below them is/are definitely true and give your answer accordingly.
Q11. Statements: I # A ; A & B & C* D@ E; B&F ;E#H ;G&D
Conclusions: I. A&D II. D#H
Solution:
I. A&D(True) II.D#H(True)
Q12. Statements: S & R & L;L & M @ N * O % P & Q ; N # T
Conclusions: I. T&Q II. T%Q
Solution:
I.T&Q(True) II.T%Q(False)
Q13. Statements: V # P ; S % U ; W % R ; P & Q * R @ S % T
Conclusions: I. T @ W II. R* V
Solution:
I.T@W(False) II.R*V(False)
Q14. Statements: N* T * R % J & C ; L # J ; R & F # M ; N # S
Conclusions: I. F # S II. N % J
Solution:
I.F@S(True) II. N%J(False)
Q15. Statements: F # L ; H * C # G ;A & B # C * D @ E % F
Conclusions: I. A @ L II. A & L
Solution:
I. A@L(False) II. A&L(False)