👑 Part 1: Understanding Koroneihana

1. What does Koroneihana celebrate?

The coronation of the Māori King or Queen

New Zealand's independence

The signing of the Treaty of Waitangi

Māori New Year

2. In which year was the first Māori King crowned?

3. Why is it important to study historical events using mathematics?

📊 Part 2: Data Collection for Your Timeline

4. List 5 important dates related to Koroneihana or the Kīngitanga movement. Include the year and what happened:

5. Calculate the time spans between these events:

a) From the first Māori King's coronation (1858) to today's date: _______ years

b) From King Tāwhiao's reign (1860-1894) to King Tuheitia's coronation (2006): _______ years

6. What types of data might be useful for your timeline? Check all that apply:

Years of coronations

Length of each monarch's reign

Population statistics

Important political events

Cultural celebrations

📏 Part 3: Creating Your Visual Timeline

7. Design your timeline scale. If your timeline is 30cm long and covers 165 years (1858-2023), how many years does each centimetre represent?

Answer: Each centimetre = _______ years

8. Draw a rough sketch of your timeline layout below. Include at least 5 key events:

9. What mathematical concepts will you use in creating your timeline? Check all that apply:

Scale and proportion

Measurement

Addition and subtraction

Fractions and decimals

Data organisation

🔍 Part 4: Analysing Mathematical Patterns

10. Match the mathematical concept with its use in your timeline project:

1. Mean (average)

2. Range

3. Chronological order

4. Intervals

A. Time between events

B. Arranging events from earliest to latest

C. Difference between longest and shortest reign

D. Average length of monarchs' reigns

11. Calculate the average length of reign for the Māori monarchs. Use the data you've collected:

Average reign length: _______ years

12. What patterns do you notice in the historical data?

🎤 Part 5: Presenting Your Timeline

13. List three key mathematical findings you will share when presenting your timeline:

14. How will you make your timeline visually appealing and mathematically accurate?

Use consistent spacing

Include accurate calculations

Add cultural symbols and colours

Show clear labels and dates

Include a scale reference

15. Write a brief summary explaining how mathematics helped you understand Koroneihana history better:

16. Reflection: What was the most interesting mathematical discovery you made during this project?

Koroneihana Mathematical Timeline Project

Koroneihana Mathematical Timeline Project

👑 Part 1: Understanding Koroneihana

📊 Part 2: Data Collection for Your Timeline

📏 Part 3: Creating Your Visual Timeline

🔍 Part 4: Analysing Mathematical Patterns

🎤 Part 5: Presenting Your Timeline

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