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CMA Foundation Business Mathematics Arithmetic Progression Formula


CMA Foundation Business Mathematics Arithmetic Progression Formula

Arithmetic Progression (AP) is a set of integers in which the difference between any two consecutive numbers is a fixed value.

The number sequence 2,4,6,8,..., for example, is an AP because the difference between two consecutive terms is 4-2=2. Indeed, we can demonstrate that the basic contrast between two progressive terms will be comparable to 2 even if the integers are odd and even.

In the event that we see in our everyday lives, we regularly go through Arithmetic progression. For example, the number of students in a class, the number of days in a week, or the number of months in a year. Mathematically, this kind of organization and successions is known as progressions.

This post on AP will cover all areas of the subject and will be useful for both Class 10 Maths and CA/CMA Foundation Fundamentals of Business Mathematics and Statistics. Let's have a look at an example of arithmetic progression.


PROPERTIES OF ARITHMETIC PROGRESSION

On the off chance that a similar number is included or deducted from each term of an A.P, at that point, the subsequent terms in the succession are likewise in A.P with similar basic contrast.


In the event that each term in an A.P is divided or multiplied with the equivalent non-zero number, at that point, the subsequent sequence is additionally in an A.P

Three number x, y, and z are in an A.P if 2y=x+z

A sequence is an A.P if its nth term is a linear expression.

In the event that we select terms in the ordinary stretch from an A.P, these chose terms will likewise be in AP.

 

COMMON DIFFERENCE IN ARITHMETIC PROGRESSION(d)

If a1,a2,a3,…,an is an A.P., then the common difference is given as follows:

d=a2-a1=a3-a2=⋯=an-a(n-1)

Here, d can be positive, negative or zero.

In terms of common difference(d), A.P. can be written as follows:

a,a+d,a+2d,…,a+(n-1)d

Here, a is the first term. 

And term of an A.P.


Here,  is the first term,  is a common difference,  refers to the number of terms, and refers to the term. HOPE IT HELPED YOU!

Business Mathematics Arithmetic Progression Formula and formula read here.

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