Top 9 Applications of Mathematics in Statistics: Important Thing To Know
Are you wondering about the application of Mathematics in Statistics? Are you confused about it because both terms are actually different from each other? Statistics and Mathematics are both different branches of study. For example, in mathematics, measurement is used for understanding the units and problems. While in Statistics, measurements are a little different.
Now the question arises: What are the applications of mathematics in statistics? Don’t Worry! We will learn about this question in this blog and students as well as get calculus assignment help. But before moving towards applications, we will discuss The overview of both terms Mathematics and Statistics.
Mathematics
Mathematics refers to the measurement, relationships, and characteristics of quantities and sets, utilizing numbers and symbols. The branches of Mathematics are Arithmetic, algebra, geometry, and calculus.
Statistics
It is a branch of mathematics that collects, analyzes, presents, and interprets numerical data. Descriptive statistics and inferential statistics are the two major branches of Statistics.
Important Distinction Among Mathematics and Statistics
Following are some general points of the distinctions between mathematics and Statistics.
- Mathematics obeys a definite theory and proof structure. There are clear facts set down as a part of verified human knowledge that has the minimum scope of change. However, Statistics is a discipline where people manage data of real life. This section makes this field of study more precise, where individuals have to develop unique solutions to obstacles that may be unusual.
- Mathematics deals with understanding space, measures, and structures in their basic form, whereas Statistics is just concerned with collecting, sorting, interpreting, and representing raw data.
- Mathematics is a vast field of study, including all quantitative disciplines, whereas Statistics is a particular discipline strongly associated with Applied Mathematics.
- Statistics is similar to biological data and its interpretation. Hence it has limited scope. However, Mathematics also deals with abstract concepts which may be metaphysical. Thus, Mathematics has a much broader scope as related to Statistics.
Now let’s discuss the Applications of Mathematics in Statistics.
Applications Of Mathematics in Statistics
Biological Research
This application of mathematics in statistics is helpful for modeling and analyzing things. Those things are studied from a tiny group of population in orchards to big biosystems. However, these models are used for establishing information. Moreover, it is about how invasive species or diseases spread around the area. Moreover, how different brain areas do different functions, etc.
Medical Research
Medical research is also the application of mathematics in statistics. It uses the study of diseases and treatments. For example, determine the new treatments’ effectiveness. But in the case of research in medicine, the application of mathematics goes further. In short, this model is used to examine the organs’ performance. And how diseases, for example, cancer or others, can heal.
Industrial Modeling
This application of mathematics in statistics involves tools from math and statistics to examine difficulties in the production and distribution of goods. This includes the design of barcodes to summarize the information and use in tracking, the analysis of complicated delivery and shipment networks, the modeling of aggregate traffic patterns, and optimizing the scheduling of production processes. It also, of course, includes modeling to create better products, such as cars and airplanes. Mathematicians even apply origami methods to develop better ways to close things, such as packaging, airbags, and items in space.
Genetic Research
This application mathematics and statistics used for obtaining information of the DNA and others. It is done by analyzing the function and replications of DNA modeling.
Climate and Environment
The mathematicians use various tools such as differential equations for modeling phenomena. It operates for analyzing the movements of the atmosphere or oceans, etc. On the contrary, mathematics in statistics helps understand the things. Using this, accurate predictions regarding glacial movements, tsunamis, etc., are made.
Social Sciences
Mathematical concepts, like geometry, algebra, and structural design, are used in statistics for social science. Furthermore, statistics help in studying election cases. Additionally, crime-solving, proof of human rights violations, etc. Mathematical concepts in statistics allow statisticians to solve the theories of social science.
Computer Science
The statistics techniques assist in analyzing and compressing the images. Furthermore, it aids in improving speech recognition abilities. In robotics, statistics and mathematics methods help to manage the robots independently. Moreover, it assists in navigating and decision making.
Economics and Finance
The application of mathematics in statistics helps understand the pricing of stocks, derivative securities. Moreover, difficult financial systems or economies. In economics, mathematics enables us to make decisions & understand the Game theory. Risk Managers too use statistical methods with mathematical concepts to study pension and insurance schemes.
Physics
Modern Physics is connected to Mathemathematics. And mathematics is a crucial element in creating and analyzing quantum computing devices. Modeling is an essential tool in physics too. Modeling and simulation enable scientists to analyze the latest phenomena, such as colliding black holes. Numerical multi-scale algorithms are used to allow physicists to improve and analyze more accurate galactic models.
Conclusion
However, to conclude, we have discussed the top 9 applications of Mathematics in Statistics. Now it is clear that there are various applications of mathematics in statistics from the above discussion. Sometimes, people get confused between mathematics and Statistics, so I have mentioned the difference between the two. Thus, I hope the above blog will help you alot.
