Study target
✅ Study Target¶
Answer any 5 out of 7 questions confidently.
We'll focus on just the top 5 most probable and scoring topics.
📅 4-Day Smart Plan (EEE1135)¶
🔥 Day 1 — Master Circuit Principles¶
- ✅ KVL, KCL (definitions + sign rules + simple loop current Qs)
- ✅ Thevenin’s Theorem + Max Power Transfer proof
- ✅ Superposition Theorem with example
- ✅ Series-parallel resistor calc + Ohm’s Law
- ⏱ 3 hrs + 30 min revision
🔥 Day 2 — AC Fundamentals¶
- ✅ AC waveform parts: amplitude, cycle, peak-to-peak
-
✅ Derive:
-
\(I_{rms} = 0.707 I_m\)
- \(I_{avg} = 0.637 I_m\)
- ✅ Power factor basics
- ✅ Solve 1–2 waveform-based numerical Qs
- ⏱ 3 hrs + 1 hr past paper practice
🔥 Day 3 — Resonance & RLC Circuits¶
- ✅ Define resonance, draw curve
- ✅ Derive bandwidth & Q-factor relationship
- ✅ Half-power frequency formulas
- ✅ Vector diagram across capacitor/inductor
- ⏱ 2.5 hrs + 1.5 hr practice
🧠 Day 4 — Light Revision + 1 Backup Topic¶
🧾 Quick Review (2 hrs)¶
- All 3 major chapters (Circuit + AC + Resonance)
📦 Optional Backup Topics (Choose 1):¶
- ⚡ Coulomb’s Law: Derive from Gauss + force between particles
- ⚡ Electric Field: Dipole & field intensity numerics
Then:
- 🔁 Solve 3 past sets by picking 5 questions in each
- ✅ Mark ones you’re 100% confident in
🚨 Priority Tip:¶
If you can master Circuit Principles + AC + Resonance, you can confidently solve 5+ questions in every set.
Would you like a printable version of this 4-day plan? Or daily reminders/checklist format?