Coaching practices for Claim and Reason Separation
Describe almost anything you are working through and IX Coach finds the practices whose real-world fit is closest. For Claim and Reason Separation, these are the strongest matches in the current practice library.
Does this sound like the set of challenges you might be facing?
- I’ve got a strong opinion about this but when I try to spell out why, it all runs together
- If I’m honest, I knew where I was going to land before I’d looked at anything
- When two things fit together neatly in my head, I treat the whole package as more likely than either piece alone
- I notice I’m really arguing against this person
- I notice I believe things mostly based on who said them
Practices that may help
- Separate the claim from its reasons
Start every map by writing the central claim and the distinct reasons offered for it.
Argument Mapping - Catch yourself working backward from a conclusion
Notice when the conclusion appeared before the evidence — and treat that as a red flag.
Motivated Reasoning - Test each component probability separately
Before judging a joint claim, estimate each element on its own, then check whether the conjunction is lower.
The Conjunction Fallacy — When "More Details" Feels More Likely - Separate the argument from the arguer
Address the claim on its merits, not the person’s motives or character.
Productive Disagreement, Made Practical - Evaluate the argument structure, not the source
Map the logic and evaluate it independently of who made the argument.
Argument Mapping - Consider the opposite before finalizing a judgment
Deliberately generate the case for the conclusion you are not reaching.
Motivated Reasoning - Explicitly distinguish coherence from probability
A story can be internally consistent and still be rare — learn to separate "makes sense" from "likely."
The Conjunction Fallacy — When "More Details" Feels More Likely - Surface the hidden premises
Find the unstated assumptions that the argument needs to work.
Argument Mapping - Add the strongest objection to every major supporting reason
For each supporting reason, find the best counter and put it on the map.
Argument Mapping - Motivated Reasoning
Motivated reasoning, studied extensively by Ziva Kunda and others, is the tendency to reason toward a conclusion you want to reach rather than wherever the evidence leads. It is not conscious deception — the brain generates genuinely felt arguments for the preferred conclusion. Detection and structured debiasing techniques reduce but do not eliminate it; awareness alone is insufficient.
Related concerns
- Explain Your Reasoning
Notice when the conclusion appeared before the evidence — and treat that as a red flag.
Catch yourself working backward from a conclusion
- Key Premise In Argument
Find the unstated assumptions that the argument needs to work.
Surface the hidden premises
- Logical Argument Structure
Start every map by writing the central claim and the distinct reasons offered for it.
Separate the claim from its reasons
- Unbiased Reasoning
Motivated reasoning, studied extensively by Ziva Kunda and others, is the tendency to reason toward a conclusion you want to reach rather than wherever the evidence leads. It is not conscious deception — the brain generates genuinely felt arguments for the preferred conclusion. Detection and structured debiasing techniques reduce but do not eliminate it; awareness alone is insufficient.
- Argument Mapping As A Parent
Argument mapping is the practice of drawing the logical structure of an argument as a diagram — claims, supporting reasons, objections, and rebuttals made spatially explicit. Developed into a pedagogical system by Tim van Gelder, it is one of the few critical-thinking interventions with controlled-study support: students who learned argument mapping showed significantly larger gains in reasoning ability than those in conventional classes.
- Argument Mapping At Work
Argument mapping is the practice of drawing the logical structure of an argument as a diagram — claims, supporting reasons, objections, and rebuttals made spatially explicit. Developed into a pedagogical system by Tim van Gelder, it is one of the few critical-thinking interventions with controlled-study support: students who learned argument mapping showed significantly larger gains in reasoning ability than those in conventional classes.
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