Case Studies:
The best way to understand how this pattern works is to study collection of charts with real life examples.
- Subscribe Now and Start Learning
Projections. Wave C up
When we studied a simple A-B-C fractal we mentioned that wave C reacts to both preceding waves A and B. In fact, Wave C directly relates to wave A and keeps following a number of specific ratios we will study next!
Let’s review a simple example:
Wave A starts at $10 and completes at $20. Its length is $20 – $10 = $10.
Wave B starts at the top of wave A at $20 and drops to $15.
Wave C starts at the bottom of wave B and goes up to $25. Its length is $25 – $15 = $10.
Wave C relates to wave A as $10/$10 = 1 or we say that Wave C is 100% of wave A.
MAIN FEATURES
- Wave C reacts to both preceding waves A and B.
- To predict a target for Wave C we should measure wave A and project it from a point of completion of Wave B.
- Introduction to Section 9.
- How wave C relates to wave A and what projection ratio is.
- How to predict the bottom of the wave C down.
- Wave C: the most common projection ratios to wave A.
- How to predict the top of the wave 3 up.
- Most Common Projection Ratios for the wave 3.
- How to predict the top of the wave 5 up.
- Most Common Projection Ratios for the wave 5.
- Case Studies: Application of Projections Ratios for wave C up.
- Case Studies: Application of Projections Ratios for wave 3 up.
- Case Studies: Application of Projections Ratios for wave 5 up.