Quantitative Aptitude Study Material

The primary objective of Quantitative Aptitude Study Material is to provide the learners a basic understanding of Elementary Mathematics and Standard Formulas to solve the mathematical problems

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Course Description

The primary objective of Quantitative Aptitude Study Material is to provide the learners a basic understanding of Elementary Mathematics and Standard Formulas to solve the mathematical problems, get efficiency in using mathematical problem-solving techniques & make them able to give a confident attempt for various Competitive Examinations eg. CLAT, AILET, SET, RRB, SSC, SBI, IBPS. In this course we will start with a basic topics like Number System, Fractions and then deep dive into the advanced topics. You will enough practice questions so that you can ace your exam.

Target Audience

Learners who are going to appear in various upcoming competitive exams eg. CLAT, AILET, SET, RRB, SSC, SBI, IBPS

Course curriculum

Includes Lectures, Quiz, Reading Material

1. About Quantitative Aptitude
2. How to Prepare?
3. Topics covered as part of Quantitative exam
1. Introduction
2. Face value and Place value
3. Type of Numbers:
4. Divisibility Test
5. To Find a Number Completely Divisible by Given Number:
6. Units place of an Expression
7. Practice Problem - 1
8. Practice Problems - 2
1. Introduction
2. Types of Series - 1
3. Types of Series:2
4. Type 1: To Find the Missing Term
5. Type 2: To Find the Wrong Term
6. Type 3: To Find the Missing Series Based on a Given Series
7. Practice Problems:1
8. Practice Problems: 2
1. Introduction
2. Basic Conversion Techniques:
3. Conversion of Per Cent into Fraction:
4. Conversion of Fraction into percentage:
5. Expressing a quantity as a per cent with Respect to other:
6. Conversion of per cent into Decimal:
7. Fast Track Techniques:1
8. Fast Track Techniques:2
9. Practice Problems:1
10. Practice Problems:2
11. Practice Problems:3
12. Practice Problems:4
13. Practice Problems:5
1. Introduction
2. Types of Decimal Fractions:
3. Operations on Decimal Fractions:
4. Comparison of Simple Fractions:
5. Practice Problems:1
6. Practice Problems:2
1. Introduction
2. Factors and Multiples
3. Least Common Multiple (LCM)
4. 1. Prime Factorization Method
5. 2. Division Method
6. Highest Common Factor (HCF)
7. 1. Prime Factorization Method
8. 2. Division Method
9. LCM and HCF of Fractions:
10. Techniques
11. Questions based on bells
12. Practice Problems:1
13. Practice Problems:2
14. Practice Problems:3
15. Practice Problems:4
16. Practice Problems:5
17. Practice Problems:6
18. Practice Problems:7
1. Introduction
2. Basic Formulae
3. Practice Problems:1
4. Practice Problems:2
5. Practice Problems:3
6. Practice Problems:4
1. Introduction
2. Practice Problems:1
3. Practice Problems:2
1. Introduction
2. Important formulae related to Average of Numbers
3. Technique 1: Average of all the observations
4. Technique 2: Average of rest of the observations
5. Technique 3: Average of n observations and one observation elimination
6. Technique 4: Value of new observation
7. Average Speed
8. Practice Problems:1
9. Practice Problems:2
1. Introduction
2. Profit and loss Definition can be given as follows:
3. Basic formulae related to Profit and Loss
4. Technique 1 - Loss and gain is same percent
5. Technique 2 - ax/(1-a) %
6. Technique 3 - R/(b±a) X 100
7. Technique 4 - Profit percentage = (a-b)/b X 100%
8. Technique 5 - Purchase at x and selling at y, finding gain
9. Practice Problems:1
10. Practice Problems:2
1. Introduction
2. Basic formulae Related to Discount
3. Technique 1: Shopkeeper wants a profit of R% and allowing discount is r%
4. Technique 2: A merchant fixes the marked price of an article
5. Technique 3: If a shopkeeper allows a discount of r1%
6. Practice Problems:
1. Introduction
2. Basic formulae of Simple Interest
3. Installments
4. Technique 1: if sum of money becomes n times
5. Technique 2: If a sum of money at a certain rate of interest
6. Technique 3: If a certain sum P in a certain
7. Compound Interest
8. Installments
9. Technique 1: Difference between CI and SI
10. Technique 2: If simple interest for a certain sum for 2 yr.
11. Practice Problems:1
12. Practice Problems:2
1. Introduction
2. Types of Ratios
3. Comparison of Ratios
4. Proportion
5. Techniques
6. Practice Problems:
1. Introduction
2. Technique 1
3. Technique 2
4. Practice Problems:1
5. Practice Problems:2
1. Introduction
2. Case 1: Ratio of Profit/Loss in Case of Simple Partnership
3. Case II: Ratio of Profit/Loss in Case of Compound Partnership
4. Technique: 1
5. Technique2:
6. Practice Problems:1
7. Practice Problems:2
1. Introduction
2. Direct Proportion
3. Indirect Proportion
4. Technique
5. Practice Problems
1. Introduction
2. Rules
3. Technique 1
4. Technique 2
5. Technique 3
6. Practice Problems:1
7. Practice Problems:2
1. Introduction
2. Basic Rules Related to Work and Time
3. Technique 1
4. Technique 2
5. Technique 3
6. Technique 4
7. Technique 5
8. Technique 6
9. Technique 7
10. Technique 8
11. Technique 9
12. Technique 10
13. Technique 11
14. Practice Problems:1
15. Practice Problems:2
1. Introduction
2. Formula 1
3. Formula 2
4. Formula 3
5. Formula 4
6. Formula 5
7. Practice Problems:1
8. Practice Problems:2
1. Introduction
2. Important Points
3. Technique 1
4. Technique 2
5. Technique 3
6. Technique 4
7. Technique 5
8. Technique 6
9. Practice Problems:1
10. Practice Problems:2
11. Practice Problems:3
12. Practice Problems:4
1. Introduction
2. Basic Formulae Related to Speed, Time and Distance
3. Technique 1
4. Technique 2
5. Technique 3
6. Technique 4
7. Technique 5
8. Technique 6
9. Technique 7
10. Technique 8
11. Practice Problems:1
12. Practice Problems:2
13. Practice Problems:3
14. Practice Problems:4
1. Introduction
2. Rule 1
3. Rule 2
4. Rule 3
5. Rule 4
6. Rule 5
7. Rule 6
8. Rule 7
9. Rule 8
10. Technique 1
11. Technique 2
12. Technique 3
13. Technique 4
14. Technique 5
15. Technique 6
16. Practice Problems 1
17. Practice Problems 2
1. Introduction
2. Basic Formulae Related to Boats and Streams
3. Technique 1
4. Technique 2
5. Technique 3
6. Technique 4
7. Technique 5
8. Technique 6
9. Practice Problems 1
10. Practice Problems 2
11. Practice Problems 3
12. Practice Problems 4
1. Clocks Introduction
2. Important Points Related to Clock
3. Concept of Slow or Fast Clocks
4. Technique 1
5. Technique 2
6. Technique 3
7. Technique 4
8. Technique 5
9. Calendar Introduction
10. To find the numbers of odd days
11. Day Gain/Loss
12. To Find a Particular Day on the Basis of Given Day and Date
1. Introduction
2. Methods of Solving Linear Equations
3. Consistency of the System of Linear Equations
4. Inconsistent System
5. Practice Problems:1
6. Practice Problems:2
1. Introduction
2. Important Points Related to Quadratic Equations
3. Methods of Solving Quadratic Equations
4. Practice Problems:1
5. Practice Problems:2
1. Introduction
2. Permutation and Combination formula
3. Practice Problems:1
4. Practice Problems:2
1. Introduction
2. Terminology
3. Practice Problems:1
4. Practice Problems:2
5. Practice Problems:3
1. Introduction
2. Rectangle
3. Square
4. Parallelogram
5. Rhombus
6. Triangle
7. Circle
1. Introduction
2. Cuboid
3. Cube
4. CYLINDER
5. Cone
6. SPHERE
7. HEMISPHERE
1. Lines and Angles
2. Triangle
3. Quadrilateral
4. Tangent and Circles
1. Introduction
2. Line Graphs
3. Bar Graphs
4. Circle Graphs
5. Scatter Graphs

About this course

₹799.00
265 lessons
0 hours of video content

This is where you seal the deal.

Course Features

310+ Lectures
Self Paced Learning
Faculty Support

Learning Objectives

The primary objective of this course is to enable the learners to apply the mathematical formulas for resolving the problems asked in various competitive exams.
Learners should be able to select and apply mathematical problem-solving techniques.
Learners will get efficiency in using mathematics to analyze and solve problems in real-life situations.
Learners develop an abstract, logical and critical thinking.
Prepares the learners to give a confident attempt in competitive exams by providing appropriate coaching.
Introducing important books to the learners so they may commence their preparation effectively.

This is where you seal the deal.

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Introduction to Quantitative Aptitude

Number System

Number Series

Percentages

Simple and Decimal Fraction

LCM and HCF

Simplification

Word Problems Based on Numbers

Averages

Profit and Loss

Discount

Simple Interest and Compound Interest

Ratio and Proportion

Mixture or Alligation

Partnership

Unitary Method

Problem Based on Ages

Work and Time

Work and Wages

Pipes and Cisterns

Speed, Time and Distance

Problems on Trains

Boats and Streams

Clock and Calendar

Linear Equations

Quadratic Equations

Permutation and Combination

Probability

Mensuration 2D

Mensuration 3D

Geometry

Data Interpretation

About this course

310+ Lectures

Self Paced Learning

Faculty Support