Whether you realize it or not, math is a huge part of our everyday lives. One branch of mathematics, statistics, is even more so.
Statistics is a branch of math used to analyze the world around us. This field of study focuses on data, its representation, comparative analysis, and so on.
If you are taking a statistics class, all your lessons might seem abstract for the most part. Once you begin relaying this info to the real-life problems it can solve, you begin to understand statistics much better.
Of course, if you ever need extra help with your schoolwork, probability experts can be found here.
So how can statistics be applied in real life? Read more on that here!
Statistics play a significant role in matters of governance. The government needs to utilize statistics to judge education, populations, health, and much more.
One major data collection event that takes place worldwide in the census report. Once the data from this is analyzed, governments can make much more informed and better target decisions and policies.
Weather forecasts are useful in helping people plan their day-to-day and know what to expect.
Statistics play a key role in observation, interpretation, analysis, and prediction. Weather forecasting models are created using statistical data that compare current weather with previous weather conditions over the seasons.
This information is then used to forecast future weather conditions.
Political candidates require statistics from start to finish.
For starters, it gives candidates an idea of their winning chances. They can use this information to determine whether or not to spend time and money running for political office.
Political parties can use stats to see their chances of winning in particular zones. This information can be derived by the number of point men in certain locations and by analyzing previous voting patterns.
This explains why news polls often predict election results rather closely.
Statistics are used in sports in several ways. The first is for predicting outcomes. Match results between similar teams can be analyzed to provide predictions about future matches.
This has spurred the growth in fantasy football and football betting.
Secondly, teams and team management use data to compare athlete ranking and to determine players’ salaries.
Statistics are central to the research: different organizations, both private and public, commission studies from time to time. The outcomes of these are plowed back to help them do businesses better, run non-profits better, and even measure impact.
Statistics feature in all levels of research to acquire data and interpret collected
Research yields numbers and figures that are meaningless. Statistical analyses breathe life into these and create meaning by understandably presenting the information.
This might take place informally but is important nonetheless.
The first way this happens is that teachers can identify the most effective teaching methods. Focusing on these can ensure improved performance.
Statistical data can also be used to calculate averages. New techniques can then be employed to improve the score.
Teachers can also use statistics to predict probable student scores based on entry points and past performance.
Governments and health professionals rely heavily on statistics to predict disease.
Stats also help health professionals know the prevalence of certain illnesses, mortality rates, and outcomes from different interventions.
It can also predict the cause. For example, if consumption of a certain fruit is shown to cause disease Y in 80% of the people, it can be assumed that avoiding that fruit will lower the chance of getting disease Y.
Statistics feature prominently in clinical studies and drug testing as well.