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Directions (76-80) : These questions are based on five three-digit numbers given below.

415  764  327  542  256

# If '1' is added to the first digit of every odd number and '2' is subtracted from the second digit of every even number, in how many numbers will a digit appear twice?

 A) Two B) Three C) Four D) None E) One

 B) Three

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Part of solved IBPS Clerk-Prelims questions and answers : Exams >> Bank Exams >> IBPS Clerk-Prelims

Similar Questions
1). The positions of the first and the second digits of each of the numbers are interchanged. What will be the resultant if third digit of highest number thus formed is divided by the second digit of the lowest number thus formed?
 A). 3 B). 4 C). 2.5 D). 1.5 E). 1
2). If in each number all the digits are arranged in ascending order from left to right within the number, how many numbers thus formed will be odd numbers?
 A). None B). Two C). One D). Four E). Three
3). If all the numbers are arranged in ascending order from left to right, which of the following will be the sum of all the three digits of the number which is third from the left?
 A). 12 B). 11 C). 10 D). 13 E). 17
4). Statement :$$F < R < L \le S > O$$
Conclusions:
I.F < S
II.O > R
 A). If either conclusion I or II is true B). If only conclusion I is true C). If both conclusions I and II are true D). If neither conclusion I nor II is true E). If only conclusion II is true
5). Statement :$$U \le C = N < Q \ge J$$
Conclusions:
I.Q > U
II.C < J
 A). If either conclusion I or II is true B). If only conclusion I is true C). If both conclusions I and II are true D). If neither conclusion I nor II is true E). If only conclusion II is true

6). Statement :$$G \ge R = O \ge W$$
Conclusions:
I.G > W
II.W = G
 A). If either conclusion I or II is true B). If only conclusion I is true C). If both conclusions I and II are true D). If neither conclusion I nor II is true E). If only conclusion II is true
7). Statements :$$K > E \ge R = A$$; E < B
Conclusions:
I. K = A
II. A < B
 A). If either conclusion I or II is true B). If only conclusion I is true C). If both conclusions I and II are true D). If neither conclusion I nor II is true E). If only conclusion II is true
8). Statement : $$D = O < L \le P > H$$