They are essential for example for forward planning from collected data
No idea umm research it
Statistics do support the idea that this is true; however, it's not true for everyone.
If you have any background or interest in statistics, then majoring in statistics or something related can be a good idea. It can be used for quite a few things, especially publishing research.
An extra credit idea for AP Statistics which benefits the whole class is students researching a specific concept and presenting the concept to the class.
i am a student of chemistry and have an assignment of statistical role in chemistry and i have no idea about please guide in this way?
A main idea is typically supported by evidence and reasoning. Evidence can include facts, examples, statistics, or research findings that back up the main idea. Reasoning involves the logical connections and analysis that explain how the evidence supports the main idea.
Supporting sentences provide additional evidence or reasoning to back up a claim or main idea. They help strengthen the argument by providing examples, statistics, or explanations.
A statistic is a number or a fraction or any form of numerical data. A fact is an accepted theory or idea that can be proven.
The two main branches of statistics is Descriptive statistics and inferential statistics.
The phrase "Lies, damned lies, and statistics" suggests that statistics can be manipulated to mislead or distort the truth, implying that there are three categories of deception: straightforward lies, more egregious lies, and the misleading use of statistics. While not a formal categorization, this expression highlights the idea that statistics can be as deceptive as outright lies when presented without context or clarity. Ultimately, it serves as a caution against accepting statistical claims at face value without critical examination.
There are two types of statistics. One is called descriptive statistics and the other is inferential statistics. Descriptive statistics is when you use numbers. Inferential statistics is when you draw conclusions or make predictions.
hi members, i have been faced with the same question. but this was my idea. to answer this question, we should ask ourselves the following quetions. * what are the subgroups of cases? * what can you learn from calculating summary statistics seperately for subgroups of cases? * how can you graph summary statistics for subgroups? with these questions answered then you have answered the whole question. H. IKOBA