In this lesson we talk about how you can find the area between the curve and the x axis if the curve goes through the x axis.
In this tutorial, we show you how to connect to a MySQL database using PHP, and then using SQL to select some data from the database and output it onto an HTML page (with a .php extension).
In this lesson we continue with finding the area under the curve, only this time the curve is below the x axis.
In this exam, we use a form to collect user input to decide which records to select from a MySQL database.
This is the second part of my Kandersteg adventure in Switzerland. There was so much snow! This was during January of 2019, when there was a big snow storm in Europe. Filmed with: DJI Osmo Mobile 2 & Xiaomi Redmi 6
In this lesson we learn how integrating an equation will give us an equation for calculating the area under the curve. We then use definite integrals to find the area under a curve between specific x coordinates.
So during the crazy European Snowstorm I travelled to Switzerland, not realising how much snow there would be! This town Kandersteg was covered in snow! I was scared I could not get out of there as the railway station was completely covered.
So previously we learned how to print out information from a MySQL database using PHP. Now we will learn to use HTML to show this information in a table.
This is a much easier way to integrate composite functions than U-Substitution. https://www.youtube.com/watch?v=fKO6S7n6IpE
In this lesson we start integrating composite functions. Make sure you have completed the differentiation of composite functions tutorials (under year 11 Maths B on the website magicmonktutorials.com) if you want to do this tutorial, since this tutorial is mainly working backwards from the chain rule (by inspection). Visit www.magicmonktutorials.com for printout of this lesson, …