Name
of the Tests
|
No.
of Questions and Maximum Marks
|
Reasoning
|
50 multiple choice
questions carrying a total of 25 marks
|
Quantitative
Aptitude
|
50 multiple choice
questions carrying a total of 50 marks
|
Professional
knowledge relevant to the post
|
50
multiple choice questions carrying a total of 100 marks
|
English Language
|
50
multiple choice questions carrying a total of 25 marks
|
Showing posts with label Quantitative Aptitude. Show all posts
Showing posts with label Quantitative Aptitude. Show all posts
{Bank Jobs} 200 Vacancy Post in Union Bank of India Recruitment 2017 | Specialist Officer Vacancies and Degree | Apply Online last date: 21.10.2017
Aptitude, Bank Jobs, Banking Study Material, General English, government job, latest jobs, Online Banking, Quantitative Aptitude, Reasoning Q&A, UG
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Union Bank of India Recruitment
2017
GENERAL MANAGER (HR)
MUMBAI
200 Bank Officer Job Notification
Union Bank of India has Announced notification for the post of
Specialist Officer (Credit Officers) for any degree. The detailed eligibility
and application process are given below.
Invite
online application for the interested and eligible candidates to apply the 200 vacancy
of Specialist officer (Credit Officer) in Union Bank of India post at all over
India last date for apply – 21.10.2017
Name
of the vacancy posts details:
Specialist
Officer (Credit Officer) - 200 posts; Salary – Scale of Pay Rs.31,705-45,950/-
Per Month; Educational Qualification - Bachelor’s degree in any
discipline with minimum 60% aggregate marks and Candidates having professional
qualification like MBA (Finance) / CA/ ICWA/ CFA/ FRM/ CAIIB from a
University / Institution/Board recognized by Govt. of India/approved; Experience: Post
Qualification Work Experience in processing of credit proposals in officer
cadre with any Scheduled Commercial Bank for a minimum period of two years
immediately preceding the cut-off date of application as per this
Notification is mandatory; Age Limit - The selected candidates will be
Minimum age: 23 years, Maximum age: 32 years (As per government Policy).
Application
Fee:
General/OBC
Candidates Application Fee – Rs.600.00/-,
All
other candidates (ST/SC/Ex-s/PWD) Application Fee –Rs.100.00
(Only
intimation charges)
Selection
Procedure:
The
selection process is based on Online Exam,
Group
Discussion and Personal Interview
Online
Examination / Test:
The
structure of the Online Written Examination, if conducted, will be online and
will consist of the following tests:
Total
Duration of Examination will be of 120 minutes
Total
200 multiple choice questions carrying a total of 200 Marks
Personal
Interview of 50 marks
EXAMINATION
CENTERS:
The
Online Examination, if conducted, may be tentatively held on 25.11.2017 at the
following centers:
(a)
Bengaluru
(b)
Delhi
(c)
Kolkata
(d)
Lucknow
(e)
Mumbai.
How
to apply for the vacancy:
Follow
the steps:-
Before
applying online, candidates should:
1. Log
on to careers page at official website www.unionbankofindia.co.in
2. Eligible
candidates are advised to open Notification & application form
i.
Scan their photograph and signature, ensuring that both conform to the required
specifications given as Annexure-I with this notification.
ii.
Keep the necessary details of Educational Qualification, Post Qualification
Work Experience and other personal details handy for entering in the online application.
iii.
Create a valid personal email ID, if not already done. The email ID should be
kept alive for entire duration of the recruitment process. Under no
circumstances, the applicant should share email ID with any other person. Third
party email ID is not permitted.
Check
the Details before Submitting and take a print out of Union Bank of India
Recruitment 2017 application form
Important
Dates:
Online
Application from: 04.10.2017
Last
date for apply online: 21.10.2017
Official
Notification: Click Here to Download
Online application
form: Click Here to
Apply{Study materials} IBPS PDFs | IBPS Officers Practice Sets All Topics | Model Paper, Previous Papers, Aptitude & Reasoning, English | Bank Common exam study materials in PDF format
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Quantitative Aptitude | Reasoning, Data Interpretation | Questions and answers in Free PDF Download
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Quantitative Aptitude - Arithmetic - Numerical Ability
(Questions and Answers Type)
1.Simplification, 2.HCF & LCM,
3.Average, 4.Percentage, 5.Ratio & Proportion, 6.Pr0fit & Loss, 7.Time & Distance, 8.Time
& Work, 9.Compound Interest, 10.Simple Interest,
11.Area of Plane Figures, 12.Number
Series, 13.Volume, 14.Approximation, 15. Permutation & Combination, 16.Probability
and Quadratic 17.Equations & Inequations, 18. Alligation on Mixture, 19.
Area & Perimeter, 20. Volume and Surface Areas.
Simple Arithmetic Computations - Download
Average - Download
Ratio and Proportion - Download
Time and Distance - Download
Time and Work - Download
Partnership - Download
Percentage - Download
Finding Wrong Numbers - Download
Average - Download
Ratio and Proportion - Download
Time and Distance - Download
Time and Work - Download
Partnership - Download
Percentage - Download
Finding Wrong Numbers - Download
Quantitative Aptitude Questions & Answers (with
explanations) - Model Practice Test 1 |Test 2 | Test 3
Aptitude Questions and Answers
Arithmetical
Reasoning - Inserting the Missing Character
Questions
and Answers with Explanations 1- Download
Questions and Answers with Explanations 2 - Download
Aptitude Test - Arithmetic - Numerical Ability 1000 Questions and Answers with Explanations
Questions 1 to 149 - Download
Questions 150 to 302 - Download
Questions 303 to 457 - Download
Questions 458 to 614 - Download
Questions 615 to 752 - Download
Questions 753 to 894 - Download
Questions 895 to 1000 - Download
Questions and Answers with Explanations 2 - Download
Aptitude Test - Arithmetic - Numerical Ability 1000 Questions and Answers with Explanations
Questions 1 to 149 - Download
Questions 150 to 302 - Download
Questions 303 to 457 - Download
Questions 458 to 614 - Download
Questions 615 to 752 - Download
Questions 753 to 894 - Download
Questions 895 to 1000 - Download
Answers 1 to
1000 - Download
Explanatory
Answers 1 to 156 - Download
Explanatory Answers 157 to 350 - Download
Explanatory Answers 351 to 563 - Download
Explanatory Answers 563 to 700 - Download
Explanatory Answers 701 to 859 - Download
Explanatory Answers 860 to 1000 - Download
Aptitude Questions and Answers - Arithmetic - Numerical Ability 200 Questions -Download
Explanatory Answers 157 to 350 - Download
Explanatory Answers 351 to 563 - Download
Explanatory Answers 563 to 700 - Download
Explanatory Answers 701 to 859 - Download
Explanatory Answers 860 to 1000 - Download
Aptitude Questions and Answers - Arithmetic - Numerical Ability 200 Questions -Download
Answers with
Explanations - Download
REASONING QUESTIONS - VERBAL, ANALYTICAL, NON
VERBAL REASONING TEST
Verbal Reasoning: Alphabet, Series, Analogy, Classification,
Coding-Decoding, Blood Relationship, Symbols and Notations, Distance and
Directions, Schedule Day / Time / Date, Ranking / Arrangement, Password,
Syllogism and Data Sufficiency
Non Verbal Reasoning: Directions, Movement & Deviation and
Revolution, Rotation, Mirror Image, Series, Classification, Analogy and Finding
the Missing Figure - Download
Verbal
Reasoning
650 Verbal Reasoning Questions and Answers with
Explanations
Questions 1 to 182 - Download
Questions 183 to 374 - Download
Questions 375 to 547 - Download
Questions 548 to 685 - Download
Answers with Explanations - Download
Questions 1 to 182 - Download
Questions 183 to 374 - Download
Questions 375 to 547 - Download
Questions 548 to 685 - Download
Answers with Explanations - Download
For your Practice
Reasoning Ability Model Questions and Answers 1 - Download
Reasoning Ability Model Questions and Answers 2 - Download
Reasoning Ability Model Questions and Answers 3 - Download
Reasoning Ability Model Questions and Answers 1 - Download
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Reasoning Ability Model Questions and Answers 3 - Download
Analytical Reasoning
Analytical Reasoning Questions - Part 1 | Part 2 | Part 3
Answers with Explanations - Part 1 | Part 2 | Part 3
Answers with Explanations - Part 1 | Part 2 | Part 3
Non
Verbal Reasoning
Test of Non Verbal Reasoning Questions Type 1 - Part 1 | Part 2 | Part 3
Answers with Explanations - Part 1 | Part 2
Test of Non Verbal Reasoning Questions Type 2 - Questions | Answers with Explanations
Test of Non Verbal Reasoning Questions Type 3 - Questions | Answers with Explanations
Answers with Explanations - Part 1 | Part 2
Test of Non Verbal Reasoning Questions Type 2 - Questions | Answers with Explanations
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Logical Reasoning
Type 1 Method Questions and Answers with Explanations - Download
Type 2 Method Questions and Answers with Explanations - Download
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230 Logical Reasoning Questions - Download | Answers with Explanations - Download
Logical Reasoning Model Questions and Answers
Practice Paper 1 - Download
Practice Paper 2 - Download
Practice Paper 3 - Download
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Type 2 Method Questions and Answers with Explanations - Download
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230 Logical Reasoning Questions - Download | Answers with Explanations - Download
Logical Reasoning Model Questions and Answers
Practice Paper 1 - Download
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Data Interpretation Questions
with Solutions
Data Interpretation Questions 1 to 9 - Download
Questions 10 to 18 - Download
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Questions 26 to 35 - Download
Questions 36 to 42 - Download
Questions 43 to 47 - Download
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Questions 43 to 47 - Download
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Quantitative Aptitude Tips & Tricks
With examples
Finding number of Factors
To find the number of factors of a given number, express the
number as a product of powers of prime numbers
In this case, 48 can be written as 16 * 3 = (24 * 3)
Now, increment the power of each of the prime numbers by 1
and multiply the result.
In this case it will be (4 + 1)*(1 + 1) = 5 * 2 = 10 (the power of 2 is
4 and the power of 3 is 1)
Therefore, there will 10 factors including 1 and 48. Excluding, these
two numbers, you will have 10 – 2 = 8 factors.
Sum of n natural numbers
-> The sum of first n natural numbers = n (n+1)/2
-> The sum of squares of first n natural numbers is n (n+1)(2n+1)/6
-> The sum of first n even numbers= n (n+1)
-> The sum of first n odd numbers= n^2
Finding Squares of numbers
To find the squares of numbers near numbers of which squares
are known
To find 41^2, Add 40+41 to 1600 =1681
To find 59^2, Subtract 60^2-(60+59) =3481
Finding number of Positive Roots
If an equation (i:e f(x)=0 ) contains all positive
co-efficient of any powers of x , it has no positive roots then.
Eg: x^4+3x^2+2x+6=0 has no positive roots .
Finding number of Imaginary Roots
For an equation f(x)=0 , the maximum number of positive roots
it can have is the number of sign changes in f(x) ; and the maximum number of
negative roots it can have is the number of sign changes in f(-x) .
Hence the remaining are the minimum number of imaginary roots
of the equation(Since we also know that the index of the maximum power of x is
the number of roots of an equation.)
Reciprocal Roots
The equation whose roots are the reciprocal of the roots of
the equation ax^2+bx+c is cx^2+bx+a
Roots
Roots of x^2+x+1=0 are 1,w,w^2 where 1+w+w^2=0 and w^3=1
Finding Sum of the roots
For a cubic equation ax^3+bx^2+cx+d=o sum of the roots = - b/a sum of the product of the roots taken two at a time = c/a product of the roots = -d/a
For a cubic equation ax^3+bx^2+cx+d=o sum of the roots = - b/a sum of the product of the roots taken two at a time = c/a product of the roots = -d/a
For a biquadratic equation ax^4+bx^3+cx^2+dx+e = 0 sum of the
roots = - b/a sum of the product of the roots taken three at a time = c/a sum
of the product of the roots taken two at a time = -d/a product of the roots =
e/a
Maximum/Minimum
-> If for two numbers x+y=k(=constant), then their PRODUCT
is MAXIMUM if x=y(=k/2). The maximum product is then (k^2)/4
-> If for two numbers x*y=k (=constant), then their SUM is
MINIMUM if x=y(=root(k)). The minimum sum is then 2*root (k).
-->
Inequalties
-> x + y >= x+y (stands for absolute value or modulus)
(Useful in solving some inequations)
-> a+b=a+b if a*b>=0 else a+b >= a+b
-> 2<= (1+1/n)^n <=3 -> (1+x)^n ~ (1+nx) if
x<<<1> When you multiply each side of the inequality by -1, you have
to reverse the direction of the inequality.
Product Vs HCF-LCM
Product of any two numbers = Product of their HCF and LCM . Hence
product of two numbers = LCM of the numbers if they are prime to each other
AM GM HM
For any 2 numbers a>b a>AM>GM>HM>b (where AM,
GM, HM stand for arithmetic, geometric, harmonic menasa respectively) (GM)^2 =
AM * HM
Sum of Exterior Angles
For any regular polygon, the sum of the exterior angles is equal to 360
degrees hence measure of any external angle is equal to 360/n. (where n is the
number of sides)
For any regular polygon, the sum of interior angles = (n-2)180
degrees
So measure of one angle in
Square-----=90
Pentagon--=108
Hexagon---=120
Heptagon--=128.5
Octagon---=135
Nonagon--=140
Decagon--=144
Problems on clocks
Problems on clocks can be tackled as assuming two runners
going round a circle , one 12 times as fast as the other. That is, the minute
hand describes 6 degrees /minute the hour hand describes 1/2 degrees / minute.
Thus the minute hand describes 5(1/2) degrees more than the hour hand per
minute.
The hour and the minute hand meet each other after every
65(5/11) minutes after being together at midnight. (This can be derived from
the above).
Co-ordinates
Given the coordinates (a,b) (c,d) (e,f) (g,h) of a
parallelogram , the coordinates of the meeting point of the diagonals can be
found out by solving for [(a+e)/2,(b+f)/2] =[ (c+g)/2, (d+h)/2]
Ratio
If a1/b1 = a2/b2 = a3/b3 =.............., then each ratio is
equal to (k1*a1+ k2*a2+k3*a3+..............) / (k1*b1+
k2*b2+k3*b3+..............) , which is also equal to
(a1+a2+a3+............./b1+b2+b3+..........)
Finding multiples
x^n -a^n = (x-a)(x^(n-1) + x^(n-2) + .......+ a^(n-1) )
......Very useful for finding multiples .For example (17-14=3 will be a
multiple of 17^3 - 14^3)
Exponents
e^x = 1 + (x)/1! + (x^2)/2! + (x^3)/3! + ........to infinity
2 <>GP
-> In a GP the product of any two terms equidistant from a
term is always constant.
-> The sum of an infinite GP = a/(1-r) , where a and r are
resp. the first term and common ratio of the GP .
Mixtures
If Q be the volume of a vessel q qty of a mixture of water
and wine be removed each time from a mixture n be the number of times this
operation be done and A be the final qty of wine in the mixture then,
A/Q = (1-q/Q)^n
-->
Some Pythagorean triplets:
3,4,5----------(3^2=4+5)
5,12,13--------(5^2=12+13)
7,24,25--------(7^2=24+25)
8,15,17--------(8^2 / 2 = 15+17 )
9,40,41--------(9^2=40+41)
11,60,61-------(11^2=60+61)
12,35,37-------(12^2 / 2 = 35+37)
16,63,65-------(16^2 /2 = 63+65)
20,21,29-------(EXCEPTION)
Apollonius theorem
Apollonius theorem could be applied to the 4 triangles formed
in a parallelogram.
Function
Any function of the type y=f(x)=(ax-b)/(bx-a) is always of the form
x=f(y) .
Finding Squares
To find the squares of numbers from 50 to 59
For 5X^2 use the formulae
(5X)^2 = 5^2 +X / X^2
Eg ; (55^2) = 25+5 /25 =3025
(56)^2 = 25+6/36 =3136
(59)^2 = 25+9/81 =3481
-->
Successive Discounts
Formula for successive discounts
a+b+(ab/100)
This is used for successive discounts types of sums. Like
1999 population increases by 10% and then in 2000 by 5% so the population in
2000 now is 10+5+ (50/100) =+15.5% more that was in 1999 and if there is a
decrease then it will be proceeded by a -ve sign and likewise.
Rules of Logarithms:
-> loga(M)=y if and only if M=ay
-> loga(MN)=loga(M)+loga(N)
-> loga(M/N)=loga(M)-loga(N)
-> loga(Mp)=p*loga(M)
-> loga(1)=0-> loga(ap)=p
-> log(1+x) = x - (x^2)/2 + (x^3)/3 - (x^4)/4 .........to infinity [
Note the alternating sign . .Also note that the ogarithm is with respect to
base e ]
Read more tips & tricks visit http://www.ias.org.in
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