12 Mar 2018

Data Interpretation
IBPS - Data Interpretation Notes Directions (Q. Nos. 1-8) Refer to the pie charts and answer the given questions.   1.Total number of luxury watches sold by stores C and H together is by what percent less than total number of watches (sports watches and luxury watches) sold by stores F and H together? (1) 295/6 (2) 273/7 (3) 313/5 (4) 284/7 (5) 265/9 2.Number of watche...

12 Mar 2018

Percentage Problems
Calculation of Percentage: Let’s solve the problem “What is 30% of 80?” Now, we can write: x = 30/100 * 80. The answer is 24. Let’s start with the number 120. First, we create a quick chart as follows: 120 = 100% 12 = 10% 1.2 = 1% 60 = 50% 6 = 5% Now, we can solve the problems using this base numbers. Example 6% of 120 = 5% + 1% = 6 + 1.2 =7.2 One other type of calcula...

12 Mar 2018

simplification Problems
Simplifications Problems: We must remember all basic concepts and tricks used to solve these numerical on simplification. 1) Numbers 2) H.C.F. and L.C.M. 3) Decimal fractions 4) Square and cube roots 5) Surds and indices Important points to Remember: 1) This chapter is very important because numerical on simplification is based on concepts related to decimal to fraction, square...

12 Mar 2018

IBPS train problem
Problems on Train: How to convert  “x km/hr” into m/s is x km/hr = x*5/18 m/s how to convert  “x m/s” into km/hr is x m/s = x*18/5 km/hr  Two trains in the Same direction (one train with x km/hr speed, second train with y km/hr speed) then total                                    speed = (x+y) km/hr Two trains in the opposite direction (one train with x km/hr speed, secon...

09 Mar 2018

Time and Work
Time and Work Questions with Answers         1.Work from Days If A can is able to do a work in n days, then A’s n day’s work is=1/n Formula- No. of days = total work / work done in 1 day Days from Work Similarly, If A’s 1 day’s work =1/n, A can finish the work in n days. Relationship between Men and Work More men ——- will be able to ——->   More work Less men ——...

09 Mar 2018

IBPS - Blood relations Study materials
IBPS - Blood relations Study materials: Blood relations are a very important topic of any Aptitude Test. Such questions may be asked directly or may be given in the form of coded blood relations or data sufficiency questions. Some of the tricks to solve Blood relations questions are as follows: 1. Apply the question to yourself This is the best way to solve blood relation questions. H...

08 Mar 2018

Simple & Compound Interest
Numerical Ability/Quantitative Aptitude: Simple & Compound Interest Simple Interest: It is the sum that is paid by the borrower to the lender for using the money for a specific time period. The money borrowed is called the Principal. The rate at which the interest is calculated on the principal is called the Rate of Interest. The time for which the money is borrowed is Time and the...

08 Mar 2018

ibps venn diagram
 Mental Ability/Reasoning (Verbal) - Logical Venn Diagram The process of Example of thing/number through the diagrammatic medium from the given group of elements is called Venn diagram. Generally two types of questions could be asked from this. Type I Find out the number/thing: The questions asked fromthis .type contain a compound diagram, in which different places are denoted by differ...

08 Mar 2018

Probability Probability is used to indicate a possibility of an event to occur. It is often used synonymously with chance. In any experiment if the result of an experiment is unique or certain, then the experiment is said to be deterministic in nature. If the result of the experiment is not unique and can be one of the several possible outcomes then the experiment is said to b...

17 Jan 2018

Boat and Stream Questions
Boat and Stream Questions: Downstream: In water, the direction of a boat along with the stream is called Downstream. Upstream: The direction of a boat against the stream is called Upstream. Formulas: Speed Downstream = ( u + v ) km/hr Speed Upstream = ( u – v ) km/hr If the speed downstream is x km/hr and the speed upstream is y km/hr then, Speed in Still Water = 1 / 2 ( x +...