Quiz 2
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May 2026 Mathematics I — Quiz 2 pattern atlas

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2 min read
2026-08-16

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Now · The five-move loop

Mathematics I pattern atlas

Scope: Weeks 1–4 match the May 2026 workspace and graded assignments on disk. Weeks 5–8 are syllabus extensions (derivative rules, optimisation, integration, matrices) for deeper review — label them as extension, not live Quiz 2 promises.
Interactive version with filters and visuals: Quiz 2 pattern atlas.

The five-move loop

  1. Name the object (set, function, equation, rate).
  2. State permissions (domain, quantifier, reversible step).
  3. Execute one transformation with reason.
  4. Check boundaries (endpoints, holes, extraneous roots).
  5. Report with units (especially rates and derivatives).

Pattern families

FamilyWeeksShapesCore move
Sets & Venn1MCQ, MSQ, NATTranslate symbols, then count with inclusion–exclusion
Logic & quantifiers1MCQ, MSQOne counterexample disproves “for all”
Functions & domains2, 5MCQ, MSQ, NATDomain before simplify
Algebraic transformation3NAT, MCQEach line needs a reversible permission
Limits, rates, derivatives4–8NAT, MCQ, MSQLimit ≠ function value; keep units

Week 1 — easy: membership

Shape: MCQ — which statement is true?
Method: Test on single elements first. For , verify every element of the left set lies in the right set — overlap is not enough.
Trap: Declaring A ⊆ B because they share some elements.

Week 1 — medium: Venn counting

Shape: NAT — how many in at least one set?
Steps:
  1. Draw overlap region.
  2. Compute region-only counts: |A only| = |A| − |A ∩ B|.
  3. Apply |A ∪ B| = |A| + |B| − |A ∩ B|.

Week 3 — hard: extraneous roots

Shape: MCQ after solving √(expression) = linear side.
Steps:
  1. State radical domain and sign of RHS.
  2. Square and solve.
  3. Substitute each candidate into the original — discard any that violate domain or sign.

Week 4 — medium: limits

Shape: MCQ on (x² − a)/(x − b) as x → b.
Factor, cancel only where defined, then approach the hole value. Do not claim f(b) unless separately defined.

Extension week 5 — power rule

d/dx[xⁿ] = n·xⁿ⁻¹. Differentiate term by term; constants vanish. Evaluate at a point only after finding f′(x).

Visual companions

Practice loop

  1. Open week notes.
  2. Pick one pattern at your difficulty on the interactive atlas.
  3. Attempt an original drill without looking at the approach.
  4. Archived mock only for pattern diagnosisexam portal.
Document outline

Keep your place and jump directly to a heading.

Table of Contents
System Normal // Awaiting Context

Intelligence Hub

Navigate the knowledge graph to generate context. The Hub adapts dynamically to surface backlinks, related notes, and metadata insights.