AEEE (Amrita) problems

2414 problems for AEEE (Amrita) practice, in Physics, Chemistry and Mathematics, each with a worked solution. Try each one on paper first, then check your answer.

All SubjectsPhysicsChemistryMathematicsBiologyPython ProgrammingStatistics & Data Science

All LevelsHigh School (9–10)High School (11–12)General

All TopicsMechanicsHeat & ThermodynamicsWaves & SoundOpticsElectricity & MagnetismElectronicsAtomic PhysicsQuantum MechanicsModern PhysicsAstrophysics

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↺ Reset filtersSortMixedNewest firstOldest firstA to Z933 problems

Type:AnyConceptualNumerical

1.

In a Young's double-slit experiment, light of wavelength 600 nm in air falls on two narrow slits S1… New

High School (11–12) · Wave OpticsJEE MainNEETAEEE (Amrita)+22StemPy Lab

Advanced

2.

Light of wavelength 500 nm falls at right angles on a barrier with two long parallel slits… New

High School (11–12) · Wave OpticsJEE MainNEETAEEE (Amrita)+22StemPy Lab

Advanced

3.

A student studies a glass prism whose refracting angle is 60° and whose refractive index is 1.50… New

High School (11–12) · Prisms and Dispersion of LightJEE MainNEETAEEE (Amrita)+22StemPy Lab

Hard

4.

A student examines a slide of pond algae with a compound microscope… New

High School (11–12) · Lenses and Optical InstrumentsJEE MainNEETAEEE (Amrita)+22StemPy Lab

Hard

5.

A science museum shows light in a tall glass tank that holds two clear liquids which do not mix… New

High School (11–12) · Refraction of LightJEE MainNEETAEEE (Amrita)+22StemPy Lab

Hard

6.

A glass bulb holds hydrogen gas. The atoms are excited to the level n = 4 and fall back to lower… New

High School (11–12) · Atoms and Atomic SpectraJEE MainNEETAEEE (Amrita)+22StemPy Lab

Hard

7.

A nuclide X, with Z = 88 and mass number 226, is at rest and decays by emitting an alpha particle… New

High School (11–12) · Nuclei and RadioactivityJEE MainNEETAEEE (Amrita)+22StemPy Lab

Hard

8.

A source holds two radioactive isotopes, one short lived and one long lived… New

High School (11–12) · Nuclei and RadioactivityJEE MainNEETAEEE (Amrita)+22StemPy Lab

Advanced

9.

A gas of ions, each with a single electron, is excited and glows in the ultraviolet… New

High School (11–12) · Atoms and Atomic SpectraJEE MainNEETAEEE (Amrita)+22StemPy Lab

Advanced

10.

A student shines light of several known frequencies on two clean metal plates, A and B, in turn… New

High School (11–12) · Dual Nature of Radiation and MatterJEE MainNEETAEEE (Amrita)+22StemPy Lab

Hard

11.

A small bar magnet has a magnetic moment of m = 2.4 A m²… New

High School (11–12) · Magnetic Effects of CurrentJEE MainNEETAEEE (Amrita)+22StemPy Lab

Hard

12.

Electrons start from rest and are accelerated through a potential difference of 1200 V… New

High School (11–12) · Magnetic Effects of CurrentJEE MainNEETAEEE (Amrita)+22StemPy Lab

Advanced

13.

A resistor, an inductor and a capacitor are joined in series to an alternating source, as in the… New

High School (11–12) · Alternating CurrentJEE MainNEETAEEE (Amrita)+22StemPy Lab

Hard

14.

Two long horizontal rails, a distance l = 0.50 m apart, are joined at one end by a resistor of… New

High School (11–12) · Electromagnetic InductionJEE MainNEETAEEE (Amrita)+22StemPy Lab

Advanced

15.

A long air-cored solenoid has N₁ = 2000 turns on a length of 0.50 m, and its cross-section has an… New

High School (11–12) · Electromagnetic InductionJEE MainNEETAEEE (Amrita)+22StemPy Lab

Hard

16.

In the figure, a 12 V battery is joined to three capacitors, C₁ = 6.0 µF, C₂ = 3.0 µF and C₃ = 6.0… New

High School (11–12) · Electric Potential and CapacitanceJEE MainNEETAEEE (Amrita)+22StemPy Lab

Hard

17.

Two capacitors have capacitances 4.0 µF and 2.0 µF… New

High School (11–12) · Electric Potential and CapacitanceJEE MainNEETAEEE (Amrita)+22StemPy Lab

Advanced

18.

A charge of +4.0 µC and a charge of -1.0 µC are fixed 0.30 m apart in vacuum, as the figure shows… New

High School (11–12) · Electric Potential and CapacitanceJEE MainNEETAEEE (Amrita)+22StemPy Lab

Hard

19.

A teacher models a polar molecule by two charges, +3.0 nC and -3.0 nC, held 2.0 cm apart… New

High School (11–12) · ElectrostaticsJEE MainNEETAEEE (Amrita)+22StemPy Lab

Hard

20.

The figure shows a thick spherical metal shell, with inner radius 4.0 cm and outer radius 6.0 cm… New

High School (11–12) · ElectrostaticsJEE MainNEETAEEE (Amrita)+22StemPy Lab

Advanced

21.

A hostel keeps a lamp on a small battery pack… New

High School (11–12) · Current ElectricityJEE MainNEETAEEE (Amrita)+22StemPy Lab

Advanced

22.

A copper wire is made of two pieces joined end to end, as the figure shows… New

High School (11–12) · Current ElectricityJEE MainNEETAEEE (Amrita)+22StemPy Lab

Hard

23.

A student studies the Wheatstone bridge in the figure… New

High School (11–12) · Current ElectricityJEE MainNEETAEEE (Amrita)+22StemPy Lab

Advanced

24.

A tungsten filament lamp is marked 60 W, 230 V… New

High School (11–12) · Current ElectricityJEE MainNEETAEEE (Amrita)+22StemPy Lab

Hard

25.

A teacher gives a group 12 identical cells and a heating coil… New

High School (11–12) · Current ElectricityJEE MainNEETAEEE (Amrita)+22StemPy Lab

Hard