PC-latex

📚 Introduction

• 1. LaTeX introduction
  • 1.1. LaTeX
  • 1.2. LaTeX built by python
  • 1.3. LaTeX Documentation
  • 1.4. Youtube Tutorials
• 2. LaTeX setup
  • 2.1. VS Code LaTeX Workshop
  • 2.2. Texmaker with MiKTeX
  • 2.3. Overleaf for on-line LaTeX
• 3. Producing images
  • 3.1. Adobe Acrobat Pro
  • 3.2. ImageMagick
  • 3.3. wand module
  • 3.4. Sample python to convert a pdf to a png
  • 3.5. VSCode LaTeX Workshop

☑️ check solution

• 1. Check solution to equations: 1 step introduction
  • 1.1. Example 1-step check solution diagrams
• 2. Check solutions to equations: 1 step diagrams
  • 2.1. Example check solution 1-step diagrams
  • 2.2. Check solution diagram: python
  • 2.3. Check solution diagram: LaTeX
• 3. Check solutions to equations: 1 step booklet python
  • 3.1. Sample check solution booklet
  • 3.2. Check solution: python
  • 3.3. Check solution: LaTeX

☑️ check solution 2 step

• 1. Check solution to equations: 2 step introduction
  • 1.1. Example 2-step check solution diagrams
• 2. Check solutions to equations: 2 step diagrams
  • 2.1. Example check solution 2-step diagrams
  • 2.2. Check solution 2step diagram: LaTeX
• 3. Check solutions to equations: 2 step booklet python
  • 3.1. Sample check solution 2step booklet
  • 3.2. Check solution: python
  • 3.3. Check solution: LaTeX

🔄 equations_1step_inverse_operations

• 1. Equations 1 step introduction
  • 1.1. Example 1-step equations
• 2. Equations 1 step diagrams
  • 2.1. Example 1-step invop diagram
  • 2.2. 1-step invop diagram: python
  • 2.3. 1-step invop diagram: LaTeX
• 3. Equations 1-step booklet python
  • 3.1. Sample 1-step invop booklet
  • 3.2. 1-step invop: python
  • 3.3. 1-step invop: LaTeX

🔄 equations_2step_inverse_operations

• 1. Equations 2 step introduction
  • 1.1. Example 2-step equations
• 2. Equations 2 step diagrams
  • 2.1. Example 2-step invop diagram
  • 2.2. 2-step invop diagram: python
  • 2.3. 2-step invop diagram: LaTeX
• 3. Equations 2-step booklet python
  • 3.1. Sample 2-step invop booklet
  • 3.2. 2-step invop: python
  • 3.3. 2-step invop: LaTeX

🔂 backtracking - 1step

• 1. Backtracking 1 step introduction
  • 1.1. Example 1-step backtracking diagram
  • 1.2. Approach
• 2. Backtracking 1-step diagram - manual
  • 2.1. A 1-step backtracking diagram with answers
  • 2.2. 1-step backtracking LaTeX
  • 2.3. LaTeX preamble
  • 2.4. 1-step backtracking LaTeX
  • 2.5. Line thickness notes
• 3. Backtracking 1 step diagram - automated
  • 3.1. A 1-step backtracking diagram with answers
  • 3.2. Splitting the LaTeX and modifying it for python
• 4. Backtracking 1-step booklet LaTeX
  • 4.1. 2 page booklets
  • 4.2. Splitting the LaTeX and modifying it to be built by python
• 5. Backtracking 1-step booklet python

🔁 backtracking - 2step

• 1. Backtracking 2 step introduction
  • 1.1. Example 2-step backtracking diagram
• 2. Backtracking 2 step diagrams
  • 2.1. A 2-step backtracking diagram with answers
• 3. Backtracking 2-step booklet python
  • 3.1. Sample 2-step backtracking booklet
• 4. Backtracking 2 step diagram variations
  • 4.1. Build the expression diagram
  • 4.2. Build the expression diagram with inverse operations
  • 4.3. Build the diagram from the expression
  • 4.4. Build the diagram from the equation
  • 4.5. Blank diagram
• 5. Backtracking 2-step booklet variations
  • 5.1. Build the expression diagram booklet
  • 5.2. Build the expression diagram with inverse operations booklet
  • 5.3. Build the diagram from the expression booklet
  • 5.4. Build the diagram from the equation booklet
  • 5.5. Blank diagram booklet

#️⃣↔️ number_lines

• 1. Number Lines intro
  • 1.1. Example Number line diagram
  • 1.2. Approach
• 2. Number Lines - manual
  • 2.1. A number line diagram with answers
  • 2.2. number lines LaTeX
  • 2.3. LaTeX preamble
  • 2.4. number lines LaTeX
• 3. Number Lines - automated
  • 3.1. Number line diagrams with answers
  • 3.2. Splitting the LaTeX and modifying it to be built by python
• 4. Number Lines booklet LaTeX
  • 4.1. Multi page booklets
  • 4.2. Splitting the LaTeX and modifying it to be built by python
• 5. Number Lines booklet python
  • 5.1. Python to create multi page booklets of number lines
• 6. Number Lines booklet variations
  • 6.1. Variations
  • 6.2. 0 to 20
  • 6.3. Blank -10 to 10
• 7. Blank Number Lines booklet
  • 7.1. Multi page booklets
  • 7.2. Blank -10 to 10
  • 7.3. Blank 0 to 20
  • 7.4. Blank -20 to 0

📈🗺️🎯 coordinates

• 1. Coordinates
• 2. Coordinates2

⏺️ decimals

• 1. Decimals introduction
  • 1.1. Approach
• 2. Decimals diagram - automated
  • 2.1. A decimals diagram with answers
  • 2.2. Splitting the LaTeX and modifying it for python
• 3. Decimals booklet LaTeX
  • 3.1. Booklets
• 4. Decimals python

🧊⿻📏 measurement

• 1. Circumference of a Circle
  • 1.1. Sample Question diagram
  • 1.2. Sample Answer diagram
  • 1.3. Sample Tex and pdf files
  • 1.4. Booklets using python
  • 1.5. Sample booklet Tex and pdf files
• 2. Area of Circles
  • 2.1. Sample Question diagram
  • 2.2. Sample Answer diagram
  • 2.3. Sample Tex and pdf files
  • 2.4. Booklets using python
  • 2.5. Sample booklet Tex and pdf files
• 3. Area of Squares
  • 3.1. Sample Question diagram
  • 3.2. Sample Answer diagram
  • 3.3. Sample Tex and pdf files
  • 3.4. Booklets using python
  • 3.5. Sample booklet Tex and pdf files
• 4. Area of Rectangles
  • 4.1. Sample Question diagram
  • 4.2. Sample Answer diagram
  • 4.3. Sample Tex and pdf files
  • 4.4. Booklets using python
  • 4.5. Sample booklet Tex and pdf files
• 5. Area of triangles: right angled
  • 5.1. Sample Question diagram
  • 5.2. Sample Answer diagram
  • 5.3. Sample Tex and pdf files
  • 5.4. Booklets using python
  • 5.5. Sample booklet Tex and pdf files
• 6. Area of triangles acute
  • 6.1. Sample Question diagram
  • 6.2. Sample Answer diagram
  • 6.3. Sample Tex and pdf files
  • 6.4. Booklets using python
  • 6.5. Sample booklet Tex and pdf files
• 7. Area of triangles obtuse
  • 7.1. Sample Question diagram
  • 7.2. Sample Answer diagram
  • 7.3. Sample Tex and pdf files
  • 7.4. Booklets using python
  • 7.5. Sample booklet Tex and pdf files
• 8. Area of Triangles
  • 8.1. Booklets using python
  • 8.2. Sample booklet Tex and pdf files
• 9. Area of Parallelograms
  • 9.1. Sample Question diagram
  • 9.2. Sample Answer diagram
  • 9.3. Sample Tex and pdf files
  • 9.4. Booklets using python
  • 9.5. Sample booklet Tex and pdf files

📐 geometry

• 1. Angle types
  • 1.1. Sample Question page
  • 1.2. Sample Answer page
  • 1.3. Sample Tex and pdf files
  • 1.4. Angle types in random order
  • 1.5. Sample Angle types in random order: Tex and pdf files
• 2. Measuring angles
  • 2.1. Question page
  • 2.2. Answer page
  • 2.3. Tex and pdf files
  • 2.4. Acute angles
  • 2.5. Obtuse angles
  • 2.6. Reflex angles
• 3. Angles in Right triangles
  • 3.1. Sample Question diagram
  • 3.2. Sample Answer diagram
  • 3.3. Sample Tex and pdf files
  • 3.4. Booklets using python
  • 3.5. Sample booklet Tex and pdf files
• 4. Angles in isosceles triangles
  • 4.1. Sample Question and answer diagrams
  • 4.2. Sample Tex and pdf files
  • 4.3. Sample Question and answer diagrams
  • 4.4. Booklets using python
  • 4.5. Sample booklet Tex and pdf files
• 5. Angles in triangles
  • 5.1. Sample Question and answer diagrams
  • 5.2. Sample Tex and pdf files
  • 5.3. Booklets using python
  • 5.4. Sample booklet Tex and pdf files
• 6. Exterior Angle to triangle
  • 6.1. Sample Question and answer diagrams
  • 6.2. Sample Tex and pdf files
  • 6.3. Booklets using python
  • 6.4. Sample booklet Tex and pdf files
• 7. Angles and Parallel lines
  • 7.1. Angle names
  • 7.2. Sample Question and answer diagrams
  • 7.3. Booklets using python
  • 7.4. Sample booklet Tex and pdf files

📊 charts

• 1. Dot plots
  • 1.1. Example dot plots
  • 1.2. LaTeX
  • 1.3. Txt file
  • 1.4. Png file
  • 1.5. Python code
• 2. Parallel Dot plots
  • 2.1. Distribution generators
  • 2.2. Example parallel dot plots
  • 2.3. LaTeX
  • 2.4. Txt file
  • 2.5. Png file
  • 2.6. Python code
• 3. Parallel Overlay Dot plots
  • 3.1. LaTeX
  • 3.2. Txt file
  • 3.3. Png file
  • 3.4. Python code
• 4. Divided Bar graphs
  • 4.1. patterns
• 5. Pie charts
  • 5.1. Example pie charts
  • 5.2. LaTeX
  • 5.3. Txt file
  • 5.4. Png file
  • 5.5. Python code
• 6. Stem and Leaf plots
  • 6.1. Example stem and leaf plots
  • 6.2. LaTeX
  • 6.3. Txt file
  • 6.4. Png file
  • 6.5. Python code
• 7. Stem and Leaf plot: back-to-back
  • 7.1. Example back-to-back stem and leaf plots
  • 7.2. LaTeX
  • 7.3. Txt file
  • 7.4. Png file
  • 7.5. Python code

📉 graph papers

• 1. Graph paper
  • 1.1. 10 by 10 graph with ticks every 2

⛶ 𝄜 🏼 grids

• 1. Grids
  • 1.1. 1cm squares
  • 1.2. TikZ
  • 1.3. dots at 1cm
  • 1.4. graph paper grids 10 by 10cm
  • 1.5. graph paper grids 16 by 25cm
• 2. Gridpapers
  • 2.1. Standard grids
  • 2.2. Dot grids
  • 2.3. Tri grids
• 3. Isometric dots

☰ lined_paper

• 1. Lined paper
  • 1.1. 2 lines
  • 1.2. 4 lines
  • 1.3. 6 lines
  • 1.4. Code explanations
  • 1.5. Lined page

⚙️ physics

• 1. Circuit circuitikz
  • 1.1. Simple series circuit
  • 1.2. Latex guide
  • 1.3. Series circuit with Ammeter and Voltmeter
  • 1.4. Series circuit with 2 globes
  • 1.5. Parallel circuit with 2 globes
• 2. Levers tikz
  • 2.1. First Class levers mechanical advantage
  • 2.2. First Class levers Fd=Fd
  • 2.3. Booklet: First Class levers Fd=Fd
  • 2.4. Maker files
• 3. Optics tikz
  • 3.1. Reflection
  • 3.2. Total internal Reflection
  • 3.3. Refraction
• 4. RayTracing
  • 4.1. Lensmaker’s Equation

🧪 chemistry

• 1. Chemistry Acid base reactions
• 2. Chemistry Balancing equations
• 3. Chemistry bohr LaTeX
  • 3.1. bohr
• 4. Chemistry chemfig LaTeX
  • 4.1. chemfig
  • 4.2. Pentane latex explained
  • 4.3. Chemfig syntax
  • 4.4. Ethylene syntax explained
  • 4.5. Lewis dot diagram
  • 4.6. Lewis equation
  • 4.7. Molecular equation
• 5. Chemistry Isotope equations
• 6. Chemistry Periodic Table
• 7. Chemistry types of reactions

🧬 biology

• 1. Classification keys
  • 1.1. Tabular keys
  • 1.2. Branching keys

🏓 table_tennis

• 1. Table tennis scoring
  • 1.1. Rapid Fire Round Robin
  • 1.2. 4 players
  • 1.3. 6 players
  • 1.4. 8 players