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Digital Garden | OER Curriculum

MATH 181 - Calculus I Syllabus at a Glance (Fall 2026)

πŸ“‹ Course Information & Contacts

  • Lecture: Monday + Wednesday 1:00pm–2:15pm HOS 384
  • Discussion: Fridays (Check MyUNLV for your schedule)
  • Instructor: Dr. Tony Ferrar (Anthony.Ferrar@unlv.edu)
  • Office: TBE-A214
  • Office Hours: Mondays 11:00am–12:00pm, Wednesdays 10:00am–11:00am (drop-in)

πŸ“Š Grading & Assessments

Category Weight Primary Deliverables
Exams 60% Midterm Exam 1 (15%), Midterm Exam 2 (15%), Final Exam (30%)
Homework & Skill Practice 20% Knewton Alta adaptive assignments (due Wed/Fri, 7-day flex)
Tech Comm & Quality Control 15% Bi-weekly Redline Audits & 1-Page Technical Memos
Active Engagement 5% Active group problem-solving during 75-minute class sessions

Grade Scale

  • A: 90–100% | B+: 87–89% | B: 80–86% | C+: 77–79% | C: 70–76% | D: 60–69% | F: < 60%

⚑ Built-In Flexibility & Safety Nets

  • 7-Day Rolling Grace Period: Get 100% full credit up to 7 days late on homework, provided you log a non-zero score before the original deadline.
  • 4-Hour Effort Rule: Earn 100% credit on any homework assignment by either reaching 70% mastery OR investing 4 active hours.
  • Retroactive Midterm Replacement: Your Final Exam score replaces your lowest Midterm score at the end of the term if you complete all midterm corrections and maintain a β‰₯80%\geq 80\% global homework attempt rate.
  • Review Center "Buy Back": Log 8 hours in the Test Review Center to replace up to 2 zero-score homework sets per unit with 100%.

πŸ“… 16-Week Theme Schedule

  • Week 1: Functions and Introduction to Limits
  • Week 2: Algebraic Techniques for Limits and Asymptotes
  • Week 3: Continuity and Special Limits
  • Week 4: Rates of Change and Basic Differentiation Rules
  • Week 5: Chain Rule and Advanced Differentiation Techniques
  • Week 6: Midterm 1 Review and Related Rates
  • Week 7: L'HΓ΄pital's Rule and Critical Points / Extrema
  • Week 8: Constrained Optimization of Geometry (Areas and Volumes)
  • Week 9: Optimization of Motion (Distance/Time) and Curve Sketching
  • Week 10: Numerical Methods and Vectors in 2D & 3D
  • Week 11: Vector Operations, Applications, and Midterm 2 Review
  • Week 12: Catch-Up / Holiday Recess
  • Week 13: Antiderivatives and the Substitution Rule
  • Week 14: Definite Integrals and the Fundamental Theorem of Calculus
  • Week 15: Comprehensive Final Exam Review
  • Week 16: Final Exam