2026 source guide · Physics

NEET 2026 Physics Alternating Current Questions

Use this page to connect the official 2026 paper with current Physics practice. NeetVellum does not claim a chapter appeared in that paper until the official question and final key have been mapped.

What to master

phasors, reactance, impedance, resonance, power and transformers.

Original practice preview

These are current-syllabus NeetVellum questions, shown separately from historical-paper provenance.

Example 1 · difficulty 2/5

A resistor of 30 Ω is placed across a 60 V rms sinusoidal source. Its average power consumption is:

  • A. 2 W
  • B. 1800 W
  • C. 120 W
  • D. 60 W

Example 2 · difficulty 2/5

A resistor of 110 Ω is placed across a 220 V rms sinusoidal source. Its average power consumption is:

  • A. 2 W
  • B. 24200 W
  • C. 220 W
  • D. 440 W

Example 3 · difficulty 2/5

An ideal inductor of inductance 0.20 H is connected to an AC source of frequency 50 Hz. Its inductive reactance is:

  • A. 20π Ω
  • B. 20/π Ω
  • C. 0.00064 Ω
  • D. 0 Ω

The evidence-first practice loop

  1. 1. Verify provenanceOfficial paper and final key before accepting a PYQ label.
  2. 2. Attempt closed-bookExpose the concept or execution gap before rereading.
  3. 3. Repair and returnClassify the miss and re-practice after a delay.

Canonical chapter practice

Frequently asked questions

Are these official NEET 2026 Physics Alternating Current PYQs?

No. The previews are original NeetVellum practice questions. A historical item receives a PYQ label only after its official paper and authoritative final answer key are attached. Use the official archive for the source paper.

How should I use the NEET 2026 paper?

Solve the official paper under its original timing, verify against the final key, classify every miss, and then use the linked current-syllabus practice bank to repair the exposed concept.

Built by NeetVellum · original practice, explicit provenance, no fabricated PYQ claims.
NEET 2026 Physics Alternating Current Questions · NeetVellum