Geometric Progression

Geometric progression, commonly known as G.P, are numbers that emerge in a set order, with each succeeding term formed by multiplying each preceding term by a predetermined value known as a common ratio.

Concepts

Formulas

Practice Questions

Real-Life Applications of Geometric Progression

Real-life examples where the concepts of Geometric Progression is involved are:

Application 1:

The concept helps us when computing total compound interest accrued over a lengthy period of time.

Application 2:

It assists us in determining the sum of infinite divergent series, which allow us to answer several paradoxes such as Zeno's conundrum of Achilles and the Tortoise Race, among others.

Geometric Progression Aptitude Resources

The resources mentioned below can help you with your Geometric Progression aptitude preparation.

1. Concepts

Learn important concepts related to Geometric Progression. Once you begin comprehending what has to be assessed, you develop a better understanding of the nature of the questions.

2. Formulas

Learn important formulas linked to the Geometric Progression problems that can help you answer the questions quickly and develop a greater understanding of the concepts.

3. Practice Problems

Practice sample problems related to the Geometric Progression topic. A candidate is more likely to comprehend the concept and improve their speed and precision the more questions they practice.

FAQsFAQs

How important is the Geometric Progression topic in placement examinations?

Geometric Progression topic carry low weightage in the Quantitative Aptitude examinations.

Is Geometric Progression difficult to learn?

No, the topic of Geometric Progression is not difficult to understand. Students must practice Geometric Progression on a daily basis and memorise formulas to address the problems accurately. Students must also learn different shortcuts & tricks to improve their solving speed.

What is the fastest and most effective way to learn the Geometric Progression topic?

Students must understand the foundations and formulas of Geometric Progression. They should be informed of the shortcuts and tricks for various types of questions on the topic. They must practice on a daily basis before taking a weekly mock exam.