Need to quickly cut off point in Smile? Look no further - DocHub has the solution! You can get the job completed fast without downloading and installing any application. Whether you use it on your mobile phone or desktop browser, DocHub allows you to alter Smile anytime, at any place. Our versatile solution comes with basic and advanced editing, annotating, and security features, suitable for individuals and small companies. We offer lots of tutorials and guides to make your first experience successful. Here's an example of one!
You don't need to worry about data safety when it comes to Smile modifying. We offer such security options to keep your sensitive data safe and secure as folder encryption, dual-factor authentication, and Audit Trail, the latter of which tracks all your activities in your document.
hi in this video were going to work with the normal distribution and find cut off points corresponding to a given percentile lets try it with an example the average daily high temperature in Jun and ala is 77 f with a standard deviation of 5 fite suppose that the temperatures in June closely follow a normal distribution How cold are the coldest 10% of the days during June in La were given a normal distribution so the first thing we should do is to draw a curve and Mark our mean then we want to think about where does this observation live the cut off point for the coldest 10% of the days in June in La since its the coldest 10% its going to be located at the lower end of the distribution were kind of guesstimating a cut off area there and were interested in this unknown observation X were working with a normal distribution we have some percentiles it makes sense to think about zores usually we calculate a zcore as an observation minus a mean divided by a standard deviation and
