Toolkit Preview

This is a buyer-facing sample of the Physics Solution Workflow Toolkit. It shows the actual structure and quality bar without publishing the paid ZIP.

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Contents

Templates
  • Full physics solution template
  • Symbol table
  • Checks template
  • One-page solution worksheet
  • Solution repair protocol
  • Problem pattern index
  • 20-point audit rubric
  • Common error checklist
Examples and printables
  • Projectile motion worked example
  • RC circuit worked example
  • Inclined-plane friction worked example
  • Spring energy worked example
  • Gauss's-law sphere worked example
  • Common mistake repairs
  • Printable worksheet HTML and PDF
  • Printable audit card HTML and PDF

The paid ZIP contains 16 Markdown files, two browser-printable HTML files, and PDF exports of the worksheet and audit card. It is a plain-file toolkit: templates, rubrics, examples, and printables, not a prompt-only collection.

Sample: Repair Protocol

The repair protocol is for drafts that already have an answer but hide the reasoning. It forces the reviewer to identify whether the issue is setup, algebra, boundary conditions, units, or assumptions.

## 4. Check The Hidden Step

Most bad solutions fail at one hidden step. Identify which kind of step was skipped.

- Component resolution
- Boundary condition
- Integration constant
- Sign change
- Algebraic rearrangement
- Conservation/system-boundary decision
- Approximation or limiting assumption

Rewrite that step explicitly.

$$
\displaystyle ...
$$

Sample: Common Mistake Repair

This excerpt shows the style of the mistake-repair file. It does not just say an answer is wrong; it points to the missing condition and shows how to rebuild the step.

Bad shortcut:

$$
\displaystyle f_s = \mu_s N
$$

Why it fails:

Static friction adjusts up to a maximum. It equals the maximum only when the object is just about to slip.

Repair:

$$
\displaystyle |f_s| \leq \mu_s N
$$

Sample: Audit Criteria

Method choice

Names the governing principle, explains why it applies, and avoids formula-chasing.

Verification

Requires units, limits, symmetry or conservation, and a numerical spot-check when feasible.