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Quantitative Aptitude

Sequence and Series

In this section, we are going to explore Sequence and Series and this is the easiest and important concept. What is the sequence? A sequence is a set of numbers in which numbers occur in a definite order or governed by a rule. For a simple understanding when we are in an unknown colony to

Quantitative Aptitude

Profit and Loss -1

Profit and Loss In this section we are going to learn an interesting and very important topic of Quant section Profit and Loss. This is a very wide topic of the quant section in which you will learn some real-life solutions to problems and it will increase your aptitude dramatically. So let’s start by taking

Quantitative Aptitude

Averages (Part-2)

Average: In this, we are going to discuss about basic average and weighted average which is an important concept   Definition: An average or arithmetic mean of given data is the sum of the given observations divided by the number of observations. Average (A) = (Sum of given observation(S)) / (Number of observation(N)) The average

Quantitative Aptitude

Algebra(Quadratic Equations)-1

The quadratic formula helps us solve any quadratic equation. First, we bring the equation to the form ax²+bx+c=0, where a, b, and c are coefficients. Then, we plug these coefficients in the formula: (-b±√(b²-4ac))/(2a) Where a, b, c , and a ≠ 0 is called a quadratic equation. The numbers a,b,c are called the coefficients of this equation.  A root of the quadratic

Quantitative Aptitude

Algebra (Linear Equations)-1

Algebra (Linear Equations), In this we are going to learn the solution of linear equations and problems related to it in Algebra. Questions are not directly asked from this topic but it would be very helpful in clearing the concepts. Let’s try to learn what equation is first and its Components. Equation: – A statement

Quantitative Aptitude

Ratio and Proportion

Ratio and Proportion, Let’s first understand what is Ratio and Proportion, when two or more similar quantities are compared, then to represent this comparison, ratios are used. The ratio between x and y can be represented as x:y, where x is called antecedent, and y is called the consequent. x:y or  x / y A