Physics preparation

NUST NET Physics Preparation

Physics carries 30% of NET-Engineering. Good preparation means understanding the formula, the physical condition behind it and the fastest way to apply it in MCQs.

Start prep View syllabus

Inside the app

Study the topic, practice MCQs, then test your readiness.

StudyNotes, formulas, and labs where they fit the topic.

PracticeGuided and unguided solved MCQs for focused revision.

TestTopic and chapter MCQ tests for exam-style checking.

TrackDashboard and analytics to see progress and weak areas.

Measurements, vectors and mechanics

The early Physics syllabus builds the base for almost every numerical topic that follows.

Units and errors, significant figures, dimensional analysis and uncertainty
Vector components, dot product, cross product, torque and equilibrium
Motion graphs, Newton's laws, momentum, impulse, collisions and projectile motion

Energy, rotation, fluids and waves

These chapters are formula-heavy and require repeated numerical practice.

Work, power, energy conservation, escape velocity and gravitational field ideas
Angular motion, moment of inertia, angular momentum, satellites and artificial gravity
Fluid flow, viscosity, Bernoulli applications, simple harmonic motion, damping, resonance, waves and sound

Thermal, electricity and modern physics

Later chapters often mix definitions, conceptual traps and compact calculations.

Thermal physics, heat transfer, thermodynamics and kinetic theory
Electrostatics, capacitors, current electricity, magnetism, electromagnetic induction and alternating current
Optics, electronics, relativity basics, quantum ideas, atomic spectra, nuclear physics and radiation

How Parhako NET helps

Each Physics topic should end with practice, not only reading.

Formula-focused notes with worked reasoning
Topic practice MCQs with explanations
Timed topic tests and progress tracking across weak chapters