Stage 4 quiz — Indicators, set up properly
What moving averages and RSI actually calculate, diagnosing trend or range, and keeping your timeframes honest. Eight questions, one lesson behind each; every wrong answer sends you back to the exact lesson.
Covers: Moving averages · RSI · Trend or range · Multi-timeframe analysis · Momentum inertia
Most of the score is still empty — normal on day one. Work through the stages and the number follows.
Next step: Take the Stage 0 quiz → (your weakest weighted component)
Scored in this browser only — nothing is sent anywhere. Readiness measures process, not future profit.
Pick one answer per question, then check. Working is shown for every answer.
1. On average, how far behind price does a 200-period moving average sit?
2. RSI reads 80. What does that actually mean?
3. Why is a move from RSI 80 to 90 bigger than a move from 50 to 60?
4. A market is trending when…
5. In a range, the same setup pays 3.20 to 1 near the edge and 0.24 to 1 six points later. Why?
6. You enter on the 1-hour chart but take your stop from the daily. What happens to the trade?
7. A "golden cross" (50 MA crossing above 200 MA) is…
8. The "momentum inertia" reading treats RSI holding above 80 in an up-move as…
Questions people ask about the stage quizzes
What does the Stage 4 quiz cover?
The 5 published lessons of Stage 4 — Moving averages, RSI, Trend or range, Multi-timeframe analysis, Momentum inertia. Each question is tied to one lesson, and the explanation after scoring links straight to it.
What score should I aim for before moving on?
Seven of eight or better. A miss is not a failure — it is the one lesson worth re-reading before the next stage builds on it.
How does this affect my readiness score?
Knowledge is 40% of the readiness score and is the average of your best result on all eight stage quizzes, with untaken quizzes counting as zero. Scores are stored only in this browser.
Missed one? The lesson is one click away
Moving averages · RSI · Trend or range · Multi-timeframe analysis · Momentum inertia