File Name: differentiate between descriptive and inferential statistics .zip
The field of statistics is divided into two major divisions: descriptive and inferential.
It is quite hard to identify, whether the research relies on descriptive statistics or inferential statistics, as people usually, lacks knowledge about these two branches of statistics. As the name suggests, descriptive statistics is one which describes the population. On the other end, Inferential statistics is used to make the generalisation about the population based on the samples. So, there is a big difference between descriptive and inferential statistics, i. Basis for Comparison Descriptive Statistics Inferential Statistics Meaning Descriptive Statistics is that branch of statistics which is concerned with describing the population under study.
Accounting students and professionals alike need to have a strong understanding of a variety of financial, statistical, and computational concepts. Analysis of financial data and deriving actionable insights are especially important. Students seeking to earn an accounting degree online should have a strong understanding of the concepts that drive different types of statistics. Consider how descriptive statistics and inferential statistics can both apply to the many roles tied to accounting, as well as the important differences between them. Descriptive statistics refers to the use of representative or sample sets of data to derive a conclusion or finding. In descriptive statistics, the determinations reached are only applied to the population or data set being studied. Descriptive statistic examples can be found in many industries and situations.
When it comes to statistic analysis, there are two classifications: descriptive statistics and inferential statistics. In a nutshell, descriptive statistics intend to describe a big hunk of data with summary charts and tables, but do not attempt to draw conclusions about the population from which the sample was taken. You are simply summarizing the data you have with pretty charts and graphs—kind of like telling someone the key points of a book executive summary as opposed to just handing them a thick book raw data. Conversely, with inferential statistics, you are testing a hypothesis and drawing conclusions about a population, based on your sample. To understand the simple difference between descriptive and inferential statistics, all you need to remember is that descriptive statistics summarize your current dataset and inferential statistics aim to draw conclusions about an additional population outside of your dataset. This would sure be easier for someone to interpret than a big spreadsheet.
Cross Validated is a question and answer site for people interested in statistics, machine learning, data analysis, data mining, and data visualization. It only takes a minute to sign up. My understanding was that descriptive statistics quantitatively described features of a data sample, while inferential statistics made inferences about the populations from which samples were drawn. However, the wikipedia page for statistical inference states:. For the most part, statistical inference makes propositions about populations, using data drawn from the population of interest via some form of random sampling.
Sign in. Statistics plays a main role in the field of research. It helps us in the collection, analysis and presentation of data. In this blog post we will try to learn about the two main branches of statistics that is descriptive and inferential statistics. Statistics is concerned with developing and studying different methods for collecting, analyzing and presenting the empirical data. The field of statistics is composed of t w o broad categories- Descriptive and inferential statistics. Both of them give us different insights about the data.
Descriptive and inferential statistics are two broad categories in the field of statistics. Descriptive statistics describe a group of interest. Inferential statistics makes.
Descriptive statistics summarize the characteristics of a data set. Inferential statistics allow you to test a hypothesis or assess whether your data is generalizable to the broader population. In statistics, the range is the spread of your data from the lowest to the highest value in the distribution. It is the simplest measure of variability. The interquartile range is the best measure of variability for skewed distributions or data sets with outliers.
All statistical techniques can be divided into two broad categories: descriptive and inferential statistics. In this post, we explore the differences between the two, and how they impact the field of data analytics. They are the heart of data analytics. They help us spot trends and patterns.
Statistics analysis provides you with the best information on methods to collect data. Data collection helps you make informed decisions in the workplace while rendering evidence that's beneficial in achieving your goals. The differences between descriptive and inferential statistics can assist you in delineating these concepts and how to calculate certain statistics. In this article, we will discuss what statistics is, what descriptive and inferential statistics is, the differences between these two concepts and frequently asked questions. Statistics is the method of learning from data, and it aids you in gathering and displaying your results.