123ArticleOnline Logo
Welcome to 123ArticleOnline.com!
ALL >> Education >> View Article

Indeterminate Forms In Mathematics

Profile Picture
By Author: Isabella Evans
Total Articles: 11
Comment this article
Facebook ShareTwitter ShareGoogle+ ShareTwitter Share

An indeterminate form in mathematics is an algebraic expression whose value cannot be determined definitely. There are 7 known indeterminate forms, which are : 00, 0/0, 1∞, ∞ − ∞, ∞/∞, 0 × ∞, and ∞0.

When trying to evaluate an algebraic expression or function, we use limits if it is not possible to determine the exact value. That is, we try to find the limiting value of the function at some point. Yet, at times we arrive at certain forms of limits for which, merely finding the limiting behaviour of individual parts is not sufficient to actually determine the overall limit. These forms are said to be indeterminate. For example, the limit of the function f(x)/g(x) would give rise to the form 0/0 if the individual limits of each function f(x) and g(x) are zero for some limiting value of x. This is an indeterminate form since the value of the overall limit actually depends on the limiting behavior of the combination of the two functions, and not on the individual functions.

Many mathematicians have attempted to arrive at feasible methods to find or solve these indeterminate ...
... forms. French mathematician Guillaume de L'Hôpital is probably the most successful of all, introducing the L’Hopital’s rule (which is also known as Bernoulli’s rule since Johann Bernoulli also played a part in the solution) to arrive at a limiting value for the two indeterminate forms 0/0 and ∞/∞.

The L’Hopital’s rule says that if f(x) and g(x) are two functions whose individual limits as x tends to some value c, are either both 0 or both ∞, then:
lim xc [f(x)/g(x)] = lim xc [f ’(x)/g ’(x)], provided that the limit exists. In other words, the limit of the division between two functions that both tend to either 0 or ∞, is equal to the same limit of the division between the first derivatives of the two functions; as long is there exists such a limit. This has proven very useful in many mathematical problems, and is widely used in calculus.

If you are studying calculus for WACE exams at higher levels, you will come across limits and indeterminate forms, and will get a chance to apply L’Hopital’s rule. If you have questions about indeterminate forms, you could try to obtain WACE help and ask any online tutor in Australia about it. Most math tutors in Australia would be able to help you with problems related to indeterminate forms.


Find more details about WACE help and professional online tutor Australia from iExel.

Total Views: 74Word Count: 416See All articles From Author

Add Comment

Education Articles

1. Top Openshift Training Institute In Hyderabad | Pune
Author: naveen

2. Mlops Training Online | Machine Learning Operations Training
Author: visualpath

3. Rainy Day Reads: Top Books For Students In July
Author: Harshad Valia International School

4. Guaranteed Interviews + Pay After Placement = Only On University Guru
Author: University Guru

5. Top Az-305 | Azure Solutions Architect Expert Training
Author: gollakalyan

6. Best Microsoft Dynamics Ax Technical Training In 2025
Author: Pravin

7. Best Cabs In Tirupati - Comfort, Safety & Low Price
Author: sid

8. Best Sre Training In Hyderabad | Sre Certification Course For Career Growth
Author: krishna

9. Innovative Edtech Trends Transforming Classrooms Today
Author: Impaakt Magazine

10. Why Mbbs In Egypt Is The Right Choice For Indian Medical Aspirants
Author: Mbbs Blog

11. Mbbs In Bangladesh: Affordable, Qualitative, And Globally Recognized
Author: Mbbs Blog

12. Corporate Sales Training: Your Edge For Higher Performance
Author: Tudip Technologies

13. Language In Little Steps: Building Communication Through Play
Author: Elzee

14. Building Automation Market To Reach $227 Billion By 2032: Key Trends & Insights
Author: Suvarna

15. Home Learning Fun - Phonics Games For Kids
Author: Ben Snow

Login To Account
Login Email:
Password:
Forgot Password?
New User?
Sign Up Newsletter
Email Address: