In this lesson we continue with finding the area under the curve, only this time the curve is below the x axis.
Month: January 2019
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, …
In this quick tutorial you learn how to calculate what c is in your integral.
During the 2019 January heavy snowstorm, Magic Monk was travelling around Europe in Switzerland. On 12th of January 2019, he travelled by train from Basel, Switzerland to Spiez, Switzerland. Here is a video of his journey after he got off the train in Spiez, from the train station.