AXIS BANK | Understanding Gann Square of 9 Degree Completion

Educational Case Study
Disclaimer:
This analysis is for educational purposes only.
I am not a SEBI-registered advisor.
This is not financial advice.

This educational case study explains how the Gann Square of 9 helps identify price–time balance zones, especially in situations where price reaches a key degree level and shows equilibrium instead of immediate reversal.
The purpose of this study is to observe how predefined Gann levels interact with price structure under normal market conditions.

📊 Gann Square Reference Levels
Using standard Gann Square of 9 calculations, the following reference levels were identified in advance:
0° reference level near 658
45° square level near 671
90° square level above the 45° reference zone

These levels represented potential reaction or balance zones, where price could slow down, consolidate, or continue depending on underlying strength.

📈 Observed Market Behavior

• Price moved upward from the reference level during the session
  
• Price reached the 45° square level during normal trading hours
  
• Near this level, upward momentum slowed and price began to stabilize
  
• Instead of immediate rejection, price showed temporary balance near the square level
  
• This behavior indicated a phase of equilibrium between buying and selling pressure
  

This example highlights that Gann levels may act as decision zones, where price can either reverse, consolidate, or continue based on market participation.

🧠 Educational Insight
This case demonstrates important Gann Square of 9 principles:

• Gann degree levels help identify potential equilibrium zones
  
• Not all square levels produce immediate directional change
  
• Price stabilization near a degree level can reflect structural balance
  
• Price and time alignment helps traders study market structure objectively
  
• Gann analysis is a framework for observation and discipline, not prediction
  

Such studies help in understanding how price behaves when interacting with mathematically derived levels.