Physics Paper 1
JEE Advanced 2026 Paper 1
Mechanics, optics, induction and conceptual reasoning from the first JEE Advanced 2026 Physics paper.
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Choose a study companion.
Each question opens a focused page with simulation, derivation and final answer reasoning.
2026 P1 Q6Projectile MotionProjectile through a point:
which statements survive?Trace the path through P(5 m, 1 m), compare the apex location, and see why only statements A and B hold.Open study companion ↗2026 P1 Q7ThermodynamicsPV cycle:
which heat statements hold?Follow the isothermal, isochoric and adiabatic legs of a monoatomic gas cycle and compare heat, temperature and pressure ratios.Open study companion ↗2026 P1 Q8Electromagnetic WavesEM wave vector:
which statements are correct?Read the phase 3y + 4z + ωt to find the propagation direction, wave-vector magnitude and angular frequency.Open study companion ↗2026 P1 Q9Fluids and OscillationsRod in two liquids:
what is the small-oscillation period?Resolve buoyant torques from two immiscible liquid layers and derive the restoring torque that gives n = √3.Open study companion ↗2026 P1 Q10ThermodynamicsCarnot engine chain:
what is each efficiency?Track heat passed through five identical Carnot engines and use the net efficiency to find η = 1/3.Open study companion ↗
which statements survive?Trace the path through P(5 m, 1 m), compare the apex location, and see why only statements A and B hold.Open study companion ↗2026 P1 Q7ThermodynamicsPV cycle:
which heat statements hold?Follow the isothermal, isochoric and adiabatic legs of a monoatomic gas cycle and compare heat, temperature and pressure ratios.Open study companion ↗2026 P1 Q8Electromagnetic WavesEM wave vector:
which statements are correct?Read the phase 3y + 4z + ωt to find the propagation direction, wave-vector magnitude and angular frequency.Open study companion ↗2026 P1 Q9Fluids and OscillationsRod in two liquids:
what is the small-oscillation period?Resolve buoyant torques from two immiscible liquid layers and derive the restoring torque that gives n = √3.Open study companion ↗2026 P1 Q10ThermodynamicsCarnot engine chain:
what is each efficiency?Track heat passed through five identical Carnot engines and use the net efficiency to find η = 1/3.Open study companion ↗