ib: add basic presentation information unorganised

Reviewed-on: https://git.eggworld.tk/eggy/eifueo/pulls/6

docs/eng3uz.md

@@ -133,3 +133,7 @@ The course code for this page is **ENG3UZ**.
 	- e.g., *"I don't want to! That candy is MINE, and no one is going to take it from ME! Mine, mine, MINE!"*
  - Theme: The "main idea" or underlying meaning of a literary work, which can be given directly or indirectly.
 	- e.g., *"Never forget that* you are royalty, *and that hundreds of thousands of souls have suffered and perished so you could become what you are. By their sacrifices, you have been given the comforts you take for granted. Always remember them, so that their sacrifices shall never be without meaning."* (*Eon Fable*, ScytheRider)
+
+## Resources
+
+ - [Analysis of a Poem](/resources/g11/central-asserion-1.pdf)

docs/ib.md

@@ -0,0 +1,57 @@
+# International Baccalaureate Diploma Program
+
+## Theory of Knowledge
+
+ - Presentation
+ - Essay
+
+ - Is a course
+
+## Extended Essay
+
+ - 4 000 word essays
+ - Letter grade
+ - 
+
+### Steps
+
+1. Select a topic
+2. Get matched with a mentor
+	- Mentor helps you out
+	- Mentor may be knowledgeable in the topic
+3. Formulate a research question
+4. Conduct research
+5. Write the paper
+
+### Timeline
+
+ - G11
+ - Feb/Mar
+	- Intro to EE presentation
+	- Declare topic and research question
+ - Apr/May
+
+ - Summer
+	- Write first full draft or extremely detailed outline
+
+- G12
+ - Oct-Nov
+	- Submit draft to mentor and edit draft
+ - Nov-Dec
+	- Final work due
+
+## CAS
+
+ - CAS committee is a thing
+
+## ManageBac
+
+ - Submit documents here
+ - Track CAS progress
+	- Supervisor review, evidence of experiences, and personal reflections
+ - Track EE progress
+ - Communicate with IB staff
+	- CAS advisors
+	- EE supervisors
+	- Teachers
+	- IB Coordinators

docs/index.md

@@ -15,3 +15,7 @@ If you would like to contribute by submitting fixes, requesting pages, and/or co
 ## Source
 
 The source for Eifueo is available [here](https://git.eggworld.tk/eggy/eifueo).
+
+## Acknowledgements
+
+Thanks to James Su, Lakshy Gupta, and Vincent Guo for providing supplementary data for accuracy and conciseness.

docs/sph3u7.md

@@ -133,8 +133,8 @@ Error bars represent the uncertainty of the data, typically representing that da
 ### Uncertainty of gradient and intercepts
 
 !!! note "Definition"
-    - The **line of best fit** is the line that passes through **all error bars** while passing as closely as possible to all data points.
-    - The **minimum and maximum lines** are lines that minimise/maximise their slopes while still passing through **all error bars.**
+    - The **line of best fit** is the line that passes through **as many error bars as possible** while passing as closely as possible to all data points.
+    - The **minimum and maximum lines** are lines that minimise/maximise their slopes while passing through the first and last **error bars**.
 
 !!! warning
     - Use solid lines for lines representing **continuous data** and dotted lines for **discrete data**.
@@ -207,11 +207,17 @@ $$
 (a_{x}, a_{y}) - (b_{x}, b_{y}) = (a_{x} - b_{x}, a_{y} - b_{y})
 $$
 
-### Parallelogram rule
+The length of resultant vector can then be found using the Pythagorean theorem.
 
-The parallelogram rule states that the sum of two vectors that form two sides of a parallelogram is the diagonal of that parallelogram. The **sine** and **cosine laws** can be used to solve for the resultant vector.
+$$
+|\vec{c}|=\sqrt{c_{x}^2 + c_{y}^2}
+$$
 
-<img src="/resources/images/vector-parallelogram.png" width=700>(Source: Kognity)</img>
+To find the resultant direction, use inverse tan to calculate the angle of the vector using the lengths of its components.
+
+$$
+\vec{c}_{direction} = \tan^{-1} \frac{c_y}{c_x}
+$$
 
 ### Multiplying vectors and scalars