Logical Reasoni...

Directions :Answer the questions based on the information given below.

Fourteen persons are sitting in two parallel rows containing seven persons in each row in such a way that there is an equal distance between adjacent persons. Initially, in row 1, P, Q, R, S, T, U and V are seated and all of them are facing towards the east and in row 2, A, B, C, D, E, F and G are seated and all of them are facing towards the west. Therefore, in the given seating arrangement each person sitting in row 1, is facing the persons sitting in row 2 and vice versa. They play a game of throwing a dice. They interchange their initial position according to the game rules which are as follows:

Before Movement:

• T sits fourth to the left of P. Either T or P sits at an extreme end of the row.

• The one who faces P sits second to the left of F.

• S sits exactly in the middle of the row. C and D are immediate neighbors of each other.

• Number of persons sitting to the left of F is twice the number of persons sitting to the right of F.

• The one, who faces P sits to the immediate left of G and that person is neither C nor D.

• Number of persons sit between P and R is same as the number of persons sit between T and S.

• T neither faces C nor D. No one sits between S and V.

• At least two persons sit between G and E. R does not face B.

• At most one person sit between S and Q.

• U faces neither E nor C.

• A throws the dice and gets 4 after that F throws the dice and gets 3 and finally, V throws the dice and gets 1.

Directions :Answer the questions based on the information given below.

Fourteen persons are sitting in two parallel rows containing seven persons in each row in such a way that there is an equal distance between adjacent persons. Initially, in row 1, P, Q, R, S, T, U and V are seated and all of them are facing towards the east and in row 2, A, B, C, D, E, F and G are seated and all of them are facing towards the west. Therefore, in the given seating arrangement each person sitting in row 1, is facing the persons sitting in row 2 and vice versa. They play a game of throwing a dice. They interchange their initial position according to the game rules which are as follows:

Before Movement:

• T sits fourth to the left of P. Either T or P sits at an extreme end of the row.

• The one who faces P sits second to the left of F.

• S sits exactly in the middle of the row. C and D are immediate neighbors of each other.

• Number of persons sitting to the left of F is twice the number of persons sitting to the right of F.

• The one, who faces P sits to the immediate left of G and that person is neither C nor D.

• Number of persons sit between P and R is same as the number of persons sit between T and S.

• T neither faces C nor D. No one sits between S and V.

• At least two persons sit between G and E. R does not face B.

• At most one person sit between S and Q.

• U faces neither E nor C.

• A throws the dice and gets 4 after that F throws the dice and gets 3 and finally, V throws the dice and gets 1.

Directions :Answer the questions based on the information given below.

Fourteen persons are sitting in two parallel rows containing seven persons in each row in such a way that there is an equal distance between adjacent persons. Initially, in row 1, P, Q, R, S, T, U and V are seated and all of them are facing towards the east and in row 2, A, B, C, D, E, F and G are seated and all of them are facing towards the west. Therefore, in the given seating arrangement each person sitting in row 1, is facing the persons sitting in row 2 and vice versa. They play a game of throwing a dice. They interchange their initial position according to the game rules which are as follows:

Before Movement:

• T sits fourth to the left of P. Either T or P sits at an extreme end of the row.

• The one who faces P sits second to the left of F.

• S sits exactly in the middle of the row. C and D are immediate neighbors of each other.

• Number of persons sitting to the left of F is twice the number of persons sitting to the right of F.

• The one, who faces P sits to the immediate left of G and that person is neither C nor D.

• Number of persons sit between P and R is same as the number of persons sit between T and S.

• T neither faces C nor D. No one sits between S and V.

• At least two persons sit between G and E. R does not face B.

• At most one person sit between S and Q.

• U faces neither E nor C.

• A throws the dice and gets 4 after that F throws the dice and gets 3 and finally, V throws the dice and gets 1.

Directions :Answer the questions based on the information given below.

Fourteen persons are sitting in two parallel rows containing seven persons in each row in such a way that there is an equal distance between adjacent persons. Initially, in row 1, P, Q, R, S, T, U and V are seated and all of them are facing towards the east and in row 2, A, B, C, D, E, F and G are seated and all of them are facing towards the west. Therefore, in the given seating arrangement each person sitting in row 1, is facing the persons sitting in row 2 and vice versa. They play a game of throwing a dice. They interchange their initial position according to the game rules which are as follows:

Before Movement:

• T sits fourth to the left of P. Either T or P sits at an extreme end of the row.

• The one who faces P sits second to the left of F.

• S sits exactly in the middle of the row. C and D are immediate neighbors of each other.

• Number of persons sitting to the left of F is twice the number of persons sitting to the right of F.

• The one, who faces P sits to the immediate left of G and that person is neither C nor D.

• Number of persons sit between P and R is same as the number of persons sit between T and S.

• T neither faces C nor D. No one sits between S and V.

• At least two persons sit between G and E. R does not face B.

• At most one person sit between S and Q.

• U faces neither E nor C.

• A throws the dice and gets 4 after that F throws the dice and gets 3 and finally, V throws the dice and gets 1.

Directions : Answer the following question based on the information given below.

Eight students namely, Deepak, Dheeraj, Rahul, Raj, Priya, Surya, Seema and Reema, scored different number of marks in two semesters (S1 and S2). The score of the students in each semester are out of 40, such that no student scored less than 18 in each semester. Scores of each student are in whole number.

Score of Dheeraj in S1 is twice the score of Raj, in S1. Score of Surya is less than the score of Raj in S1. Sum of score of Deepak in both the semesters is 66.

Score of Deepak in S1 is more than his score in S2. Score of Rahul in S2 is half of the score of Deepak in S1. Score of Priya in S2 is 33.

Score of Reema in S1 is equal to the score of Rahul in S2. No person scored more than Seema in S2. Sum of the score of Seema in S2 and Rahul in S1 is 60, such that their respective scores are prime numbers.

Score of Priya in S1 is 10 less than the score of Dheeraj in S2. Sum of score of Dheeraj in both semesters is a prime number. Score of Raj is 2 less than the score of Dheeraj in S2. Score of Seema in S1 is 9 more than the score Raj in S2.

Score of Reema in S2 is 5 more than the score of Surya in S2, such that the score of neither of the two is a prime number. Sum of score of Surya in both semesters is an even number, but is not 40.

Directions : Answer the following question based on the information given below.

Eight students namely, Deepak, Dheeraj, Rahul, Raj, Priya, Surya, Seema and Reema, scored different number of marks in two semesters (S1 and S2). The score of the students in each semester are out of 40, such that no student scored less than 18 in each semester. Scores of each student are in whole number.

Score of Dheeraj in S1 is twice the score of Raj, in S1. Score of Surya is less than the score of Raj in S1. Sum of score of Deepak in both the semesters is 66.

Score of Deepak in S1 is more than his score in S2. Score of Rahul in S2 is half of the score of Deepak in S1. Score of Priya in S2 is 33.

Score of Reema in S1 is equal to the score of Rahul in S2. No person scored more than Seema in S2. Sum of the score of Seema in S2 and Rahul in S1 is 60, such that their respective scores are prime numbers.

Score of Priya in S1 is 10 less than the score of Dheeraj in S2. Sum of score of Dheeraj in both semesters is a prime number. Score of Raj is 2 less than the score of Dheeraj in S2. Score of Seema in S1 is 9 more than the score Raj in S2.

Score of Reema in S2 is 5 more than the score of Surya in S2, such that the score of neither of the two is a prime number. Sum of score of Surya in both semesters is an even number, but is not 40.

Directions : Answer the questions based on the information given below.

From a group of 14 players, a team of 11 players has to be selected for the upcoming T-20 match where each team play 20 overs of the game. The players are named as A, B, C, D, E, F, G, H, I, J, K, L, M, and N.

Their details are as follows:

An All-rounder serves both as a Batsman and a Bowler.

Apart from that, the further things are known:

• There should be at least 3 bowlers in the team

• F, I, and K will only play if they are the captain. There can be only 1 captain of the team.

• Team can have at most 2 all-rounders

• A player can throw a maximum of 4 overs in a match

Directions : Answer the questions based on the information given below.

From a group of 14 players, a team of 11 players has to be selected for the upcoming T-20 match where each team play 20 overs of the game. The players are named as A, B, C, D, E, F, G, H, I, J, K, L, M, and N.

Their details are as follows:

An All-rounder serves both as a Batsman and a Bowler.

Apart from that, the further things are known:

• There should be at least 3 bowlers in the team

• F, I, and K will only play if they are the captain. There can be only 1 captain of the team.

• Team can have at most 2 all-rounders

• A player can throw a maximum of 4 overs in a match

Directions : A travel company had given huge discounts to its customers in the year 2018 if they traveled to one or more of the following cities: Amritsar, Athens, Kyoto, Hamilton, Salvador, Tel Aviv and Venice. 2487 customers signed up for the deal out of which exactly one-third of the customers went to Athens, Salvador and/or Tel Aviv. No person who went to any of Athens, Salvador and Tel Aviv visited the other four cities.

The following information is known about the customers who travelled to Amritsar, Kyoto, Hamilton, and Venice:

(i) 91 persons travelled to Venice only while 87 persons travelled to Kyoto only.

(ii) 143 persons travelled to Amritsar and Kyoto only. 87 persons travelled to Venice and Hamilton only. 35 persons travelled to Amritsar and Hamilton only. 31 persons travelled to Kyoto and Hamilton only.

(iii) 206 persons travelled to Venice, Kyoto and Hamilton but not to Amritsar. 211 persons travelled to Amritsar, Hamilton and Kyoto but not to Venice. 89 persons travelled to Amritsar, Hamilton and Venice but not to Kyoto.

(iv) A total of 725 persons visited Hamilton and it was 275 less than the total number of persons who visited Amritsar.

(v) 577 persons travelled to exactly three cities.

(vi) The number of persons who travelled to Amritsar only was 10/17th of the number of persons who travelled to exactly two cities.

(vii) 509 persons travelled to only one city.

The following information is known about the customers who travelled to Athens, Salvador and Tel Aviv:

(I) 133 persons travelled to all the three cities.

(II) 133 persons travelled to Tel Aviv and Salvador only.

(III) 145 persons travelled to Athens only.

(IV) A total of 380 persons travelled to Salvador.

(V) The number of persons who travelled to only one city is 263.

(VI) The number of persons who travelled to exactly two cities among Athens, Salvador and Tel Aviv is 496 less than the total number of persons who travelled to Kyoto.

Directions : A travel company had given huge discounts to its customers in the year 2018 if they traveled to one or more of the following cities: Amritsar, Athens, Kyoto, Hamilton, Salvador, Tel Aviv and Venice. 2487 customers signed up for the deal out of which exactly one-third of the customers went to Athens, Salvador and/or Tel Aviv. No person who went to any of Athens, Salvador and Tel Aviv visited the other four cities.

The following information is known about the customers who travelled to Amritsar, Kyoto, Hamilton, and Venice:

(i) 91 persons travelled to Venice only while 87 persons travelled to Kyoto only.

(ii) 143 persons travelled to Amritsar and Kyoto only. 87 persons travelled to Venice and Hamilton only. 35 persons travelled to Amritsar and Hamilton only. 31 persons travelled to Kyoto and Hamilton only.

(iii) 206 persons travelled to Venice, Kyoto and Hamilton but not to Amritsar. 211 persons travelled to Amritsar, Hamilton and Kyoto but not to Venice. 89 persons travelled to Amritsar, Hamilton and Venice but not to Kyoto.

(iv) A total of 725 persons visited Hamilton and it was 275 less than the total number of persons who visited Amritsar.

(v) 577 persons travelled to exactly three cities.

(vi) The number of persons who travelled to Amritsar only was 10/17th of the number of persons who travelled to exactly two cities.

(vii) 509 persons travelled to only one city.

The following information is known about the customers who travelled to Athens, Salvador and Tel Aviv:

(I) 133 persons travelled to all the three cities.

(II) 133 persons travelled to Tel Aviv and Salvador only.

(III) 145 persons travelled to Athens only.

(IV) A total of 380 persons travelled to Salvador.

(V) The number of persons who travelled to only one city is 263.

(VI) The number of persons who travelled to exactly two cities among Athens, Salvador and Tel Aviv is 496 less than the total number of persons who travelled to Kyoto.