## Course curriculum

• 1

• 2

### Week 2 - Definitions, Classifications and Golden Rules

• Lesson 2.1 - Definitions & Conventions

• Lesson 2.2 - Classifications

• Lesson 2.3 - Golden Rules

• Week 2 - Takeaways

• Week 2 - Quiz

• 3

### Week 3 - History and Departure Point

• Lesson 3.1 - History

• Lesson 3.2 - Congruence & Notations

• Lesson 3.3 - Two-step Operation

• Lesson 3.4 - Departure Point

• Lesson 3.5 - More Examples and Theorem

• Week 3 - Takeaways

• Week 3 - Quiz

• 4

• 5

### Week 5 - Periodic Alternate Series of Integers

• Lesson 5.1 - Graphical Representation of the Periodic Series [2-1]

• Lesson 5.2 - Graphical Representation of the Periodic Series [1-2]

• Lesson 5.3 - Graphical Representation of the Periodic Alternate Series [2]

• Lesson 5.4 - Graphical Representation of the Periodic Series [1+1-2]

• Lesson 5.5 - Graphical Representation of the Periodic Series [1-2+1]

• Lesson 5.6 - Theorem of Bounded Periodic Series

• Week 5 - Takeaways

• Week 5 - Quiz

• 6

### Week 6 - Periodic Monotonic Series of Integers

• Lesson 6.1 - Graphical Representation of the Periodic Series [1+2]

• Lesson 6.2 - Graphical Representation of the Periodic Series [2+1]

• Lesson 6.3 - Graphical Representation of the Periodic Series [1+2+3]

• Lesson 6.4 - Generalised Periodic Series [1+2+...+r]

• Week 6 - Takeaways

• Week 6 - Quiz

• 7

### Week 7 - Aperiodic Alternate Series of Integers

• Lesson 7.1 - Graphical Representation of the Alternate Series of Natural Numbers

• Lesson 7.2 - Alternative Representation of the Alternate Series of Natural Numbers

• Lesson 7.3 - Graphical Representation of the Alternate Series of Odd Numbers

• Lesson 7.4 - Alternative Graphical Representation of the Alternate Series of Odd Numbers

• Lesson 7.5 - Graphical Representation of the Alternate Series of Powers of 2

• Lesson 7.6 - Alternative Graphical Representation of the Alternate Series of Powers of 2

• Lesson 7.7 - Algebraic Proof for Alternate Series of Powers of 2

• Lesson 7.8 - Algebraic Proof for Alternate Series of Powers of r

• Week 7 - Takeaways

• Week 7 - Quiz

• 8

### Week 8 - Aperiodic Monotonic Series of Integers

• Lesson 8.1 - Graphical Representation of the Series of Natural Numbers

• Lesson 8.2 - Graphical Representation of the Series of Powers of 2

• Lesson 8.3 - Algebraic Proof for Series of Powers of 2

• Lesson 8.4 - Algebraic Proof for Series of Powers of r

• Week 8 - Takeaways

• Week 8 - Quiz

• 9

### Week 9 - Basic Operations on Series of Integers

• Lesson 9.1 - Permutations of Terms of a Series

• Lesson 9.2 - Multiplication of Divergent Series by a Number

• Lesson 9.3 - Addition of Two Divergent Series of Integers

• Lesson 9.4 - Subtraction of a Divergent Series of Integers from another

• Lesson 9.5 - Combination of Addition (or Subtraction) and Multiplication

• Week 9 - Takeaways

• Week 9 - Quiz

• 10

### Week 10 - Exercises

• Exercise 1

• Exercise 2

• Exercise 3

• Exercise 4

• Exercise 5

• Exercise 6

• Exercise 7

• Exercise 8

• Exercise 9

• Exercise 10

• Week 10 - Takeaways

• Week 10 - Quiz

• 11

### Week 11 - Wrap-up and Way Forward

• Lesson 11.1 - Wrap-up

• Lesson 11.2 - Way Forward

• Week 11 - Post-course Survey