# IBPS Clerk :: Quantitative Aptitude :: Test 38 IBPS Recruitment Latest Govt Jobs

## Home IBPS Clerk / Quantitative Aptitude Test 38 Questions and Answers

1 . In the following number series only one number is wrong. Find out the wrong number
898, 906, 933, 996, 1122, 1338, 1681
906
933
1122
1338
None of these
2 . In the following number series only one number is wrong. Find out the wrong number
4, 55, 576, 4209, 21280, 64083, 64204
4209
576
21280
64204
None of these
3 . In the following number series only one number is wrong. Find out the wrong number
3, 6, 16, 47.5, 154.5, 558.5, 2257
2257
47.5
154.5
558.5
None of these
4 . In the following questions, what would come in place of question marks (?), find out the value.
70% of 320+45% of 240=?
322
330
336
338
None of these
5 . In the following questions, what would come in place of question marks (?), find out the value.
29.92 x 2.4 + 21.28 x 4.5 = ?
167.568
176.568
176.658
167.658
None of these
6 . In the following questions, what would come in place of question marks (?), find out the value.
7523 + 2963 - 3847 = ? + 4253
2368
2386
2638
2683
None of these
7 . In the following questions, what would come in place of question marks (?), find out the value.
$4 \over 7$ of $8 \over 9$ of $7 \over 8$ of 180 = ?
72
66
60
80
None of these
8 . In the following questions, what would come in place of question marks (?), find out the value.
65% of 240 + ?% of 150 = 210
45
46
32
36
None of these
9 . In the following questions two equations numbered I and II are given. You have to solve both the questions and give answer,

if:

if x > y

if x $\geq$ y

if x < y

if x $\leq$ y

if x = y or the relatinship cannot be established
I. $X^2$ + x - 20 = 0

II. $y^2$ - y - 30 = 0
if x > y
if x$\geq$y
if x < y
if x$leq$y
if x = y or cannot established
10 . In the following questions two equations numbered I and II are given. You have to solve both the questions and give answer,

if:

if x > y

if x $\geq$ y

if x < y

if x $\leq$ y

if x = y or the relatinship cannot be established
I. 225$x^2$ - 4 = 0

II. $\sqrt {225}y$ + 2 = 0
if x > y
if x$\geq$y
if x < y
if x$leq$y
if x = y or cannot established

Test 37 Test 39

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