Direct answer
A worked example of “Five Minute” is a step-by-step numerical scenario that shows how you would measure a forex move and interpret the timing when the time unit is five minutes (for example, using five-minute candles/intervals). It is not a prediction or a trading signal; it is a demonstration of calculation and mechanics so you can explain the idea and reproduce the math with your own data.
Mechanism or definition
“Five Minute” usually describes the timeframe: each data point represents a five-minute period, commonly as a five-minute candle (open, high, low, close) or as five-minute bars. The stable mechanics you can discuss are:
- Time aggregation: You only look at price behavior within each five-minute interval.
- Event timing: If you “act” at a decision moment, you must say whether you approximate that decision using the candle open, candle close, or an exact timestamp.
- Measurement choices: You need a rule for the quantity you calculate (for example, pip movement from one reference price to another).
- Costs modeling: You must separate gross price movement from net movement after costs such as spread and fees.
To keep the worked example verifiable, you state assumptions for every calculation: what starting price you use, what ending price you use, what exchange rate you treat as fixed, how you model costs, and whether you assume perfect fills or approximations.
Worked numerical example (with explicit assumptions)
Assume you want to illustrate a simple Five Minute measurement using one hypothetical five-minute interval.
Assumptions (all stated so you can verify):
- You use a five-minute timeframe.
- At the start of the interval, the reference price is 1.1000.
- At the end of the interval, the reference price is 1.1020.
- You define “move” as the difference between those two reference prices.
- You convert that move to pips using 1 pip = 0.0001 (typical for many major pairs).
- You model transaction costs as a total spread/fees equivalent of 0.5 pip.
- You ignore slippage and assume execution occurs exactly at your chosen reference points.
Step-by-step calculation:
- Gross price move: 1.1020 − 1.1000 = 0.0020
- Gross pips: 0.0020 / 0.0001 = 20 pips
- Net pips (after 0.5 pip costs): 20 − 0.5 = 19.5 pips
This is what a worked example is meant to do: show the arithmetic and the timing rule clearly. If you want to go further, you can add a position size assumption and a pip value (which depends on pair and contract sizing). But you must then state the pip value formula and the inputs you used; otherwise the example is not independently checkable.
Limitations and failure modes
Even when the mechanics are correct, a Five Minute worked example can fail to represent real outcomes. Material limitations include:
- Timing mismatch: If your “entry” is based on candle close but you actually execute earlier or later, the reference price changes.
- Cost uncertainty: Spread and fees vary; modeling them as a fixed 0.5 pip equivalent is an assumption, not a guarantee.
- Slippage and execution: In live markets, fills may differ from the reference prices used in the calculation.
- Market regime changes: Historical candle behavior does not establish future results. The same five-minute pattern can coincide with different future volatility.
- Ambiguous definitions: People use “Five Minute” differently—sometimes as “five-minute candles,” other times as “holding for five minutes.” Your worked example must state which meaning you are using.
These are verification points: if someone cannot reproduce the same net-pip result using your stated inputs, the example was not transparent.
Verification and next question
To independently verify a worked example, use the same steps and your own inputs:
- Confirm the definition of Five Minute you used (timeframe vs holding period).
- Recalculate the gross move from your chosen start and end reference prices.
- Apply the same pip conversion rule.
- Subtract the same cost model (or replace it with your own cost assumptions).
If you want a follow-up, the next question is typically: What exactly is the reference price and timing rule for the start and end of the five-minute interval in the example you are using?