A)Statistics in Real-Life

First, let me explain the term statistics. Statistics is the 'science' of collecting, organizing, interpretation and using of data. In simpler words, it is data collection, data organization and data interpretation. Data collection is the act of collecting data, by going through surveys, studies, and tests to collect a set of data. Then, we put them in a table, chart, or graph, which is data organization. Finally, we can use the data to interpret, and find a result.

In school, we learn statistics, especially in Mathematics. But statistics can fall in almost any subject, in Science we use charts and graphs to present our findings, in Innovation and Enterprise, we can use statistics to help us present survey results to see what's the trend now. There are so many ways you can use statistics! Statistics also contribute a great part in real life.

Statistics are very common in real life, appearing everywhere in newspapers, surveys, reports and many other situations. They come in all shapes and colours, from rectangular bar graphs to circular pie charts. We use statistics in our daily lives, and without them, life would be very tough. Statistics play an important role in our lives, and imagine if there was no such thing as statistics? We would not be able to see the amount of precious water we are using, leading to water shortages and a drop in population. We would not be able to check trends in the society and companies would collapse, leading to a higher number of jobless people. We would not be able to check the patterns of economy change, leading to people losing money in stocks, leading to poverty. Many people think that statistics is not such a big thing, but small changes may lead to huge losses.

Here are some examples of statistics in real-life. A chart or graph is commonly seen when comparing popularity, number or percentage of two or more objects. For example, a common sight is seeing a pie chart representing the percentage of sea water to salt water. An example of a bar graph is when we compare the sales of fruit in a month. We can also use tables to organize data. An example of a table is a frequency table, where you want to check the frequency of how many times or people did something. For example, we could see which number of points a team scores every match is most frequent. Statistics are mainly used to make a point, like, "Therefore, tomatoes are most popular among our customers"

Three ways to interpret data is to find the mean, median and mode. To find mean is to add up all the data and divide it to the number of data. It is like average. Median is the

However, statistics is not always true. It is said that around 42% of all statistics are made up, or are just estimated. Other than that, the world is changing constantly, people are born, people pass away, temperature changes rapidly, and new species of animals are discovered every day. So, there is no right or wrong statistics. This can lead to misunderstanding and miscalculation. Though most mistakes are not serious, we still have to be careful when reading statistics.

In conclusion, statistics play an important part in our lives but there are false information too. Being able to read statistics well can give you many benefits, but we also have to be careful not to get wrong information.

B) Learning Experience

I had a great time working with my group in the Mathematics performance task. I felt that every single one of my group members did a great job. We showed great teamwork, great friendship, and the most important, great joy. We had great fun while pinpointing bus services, designing the poster and finally finishing it. There were times where some problems occurred, such as when we found the data not recorded at the same time. We also had problems deciding the title, because, to our horror, we remembered that the data was recorded before the GE 2011, which did not match our previous title. But we worked as a team, using all the skills and knowledge we had to face the challenges. I think everyone did a successful contribution to our end product.