# IBPS PO Quantitative Aptitude Questions with Answers Practice online test 26

Description: free IBPS PO Quantitative Aptitude Questions with Answers Practice test 26 for IBPS PO Preliminary and Main online test Prepare bank PO banking mock exams adda

1 . In each of these questions a number series is given. In each series only one number is wrong. Find out that number.
$32,\ 75,\ 144,\ 244,\ 567,\ 800,\ 1089$
 32 75 244 800 1089
2 . In each of these questions a number series is given. In each series only one number is wrong. Find out that number.
$15\over8$ $35\over8$ $105\over16$ $693\over80$ $429\over40$ $715\over56$ $1615\over96$
 $15\over8$ $105\over16$ $693\over80$ $715\over56$ $1615\over96$
3 . In each of these questions a number series is given. In each series only one number is wrong. Find out that number.
$12\ 13\ 25\ 38\ 63\ 104\ 164\ 265$
 63 25 38 104 265
4 . In each of these questions a number series is given. In each series only one number is wrong. Find out that number.
$287496,\ 274625, \ 262144 , \ 246078,\ 238328,\ 226981,\ 216000$
 287496 274625 262144 246078 216000
5 . In each of these questions a number series is given. In each series only one number is wrong. Find out that number.
$42,\ 63,\ 943,\ 141.75,\ 212.92,\ 318.9375,\ 478.40625\$
 94.5 63 42 212.92 478.406
6 . In the following questions two equations numbered I and II are given. You have to solve both the equations

(1) If x > y
(2) If x $\geq$y
(3) If x < y
(4) If x $\leq$y
(5) If x = y or the relationship cannot be established
 1 2 3 4 5
7 . In the following questions two equations numbered I and II are given. You have to solve both the equations

(1) If x > y
(2) If x $\geq$y
(3) If x < y
(4) If x $\leq$y
(5) If x = y or the relationship cannot be established
 1 2 3 4 5
8 . In the following questions two equations numbered I and II are given. You have to solve both the equations

(1) If x > y
(2) If x $\geq$y
(3) If x < y
(4) If x $\leq$y
(5) If x = y or the relationship cannot be established
 1 2 3 4 5
9 . In the following questions two equations numbered I and II are given. You have to solve both the equations

(1) If x > y
(2) If x $\geq$y
(3) If x < y
(4) If x $\leq$y
(5) If x = y or the relationship cannot be established
 1 2 3 4 5
(2) If x $\geq$y
(4) If x $\leq$y