Example 1 · difficulty 2/5
A 4 μF and a 12 μF capacitor are connected in series, and this combination is joined in parallel with a 3 μF capacitor. The equivalent capacitance of the network is:
- A. 3 μF
- B. 6 μF
- C. 1.5 μF
- D. 19 μF
2019 source guide · Physics
NEET 2019 Physics Electrostatics Questions
Connect the official 2019 paper with current Physics practice without labelling original previews as PYQs.
500 original questions · explicit provenance labels
PhysicsPlate 37
NeetVellum atlas · fig. physics
37
What to master
fields, Gauss law, potential, capacitance and stored energy.
Original practice preview
These are current-syllabus NeetVellum questions, shown separately from historical-paper provenance.
Example 2 · difficulty 3/5
In a certain region the electrostatic potential is V = (5x + 3y²) volts, with x and y in metres. The magnitude of the electric field at the point (1 m, 2 m) is:
- A. 17 V m⁻¹
- B. √61 V m⁻¹
- C. 7 V m⁻¹
- D. 13 V m⁻¹
Example 3 · difficulty 4/5
A 3 μF capacitor charged to 120 V is connected across an initially uncharged 1 μF capacitor. The amount of electrostatic energy dissipated (as heat/radiation) during the charge sharing is:
- A. 21.6×10⁻³ J
- B. 16.2×10⁻³ J
- C. 5.4×10⁻³ J
- D. zero
The evidence-first practice loop
- 1. Verify provenanceOfficial paper and final key before accepting a PYQ label.
- 2. Attempt closed-bookExpose the concept or execution gap before rereading.
- 3. Repair and returnClassify the miss and re-practice after a delay.
Canonical chapter practice
Frequently asked questions
Are these official NEET 2019 Physics Electrostatics 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 2019 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.