AP EAMCET 2019 Physics Previous Year Question Papers with Solutions - 22nd April 2019 Morning Shift

AP EAMCET 2019 Syllabus

About AP EAMCET

Engineering, Agriculture and Medical Common Entrance Test or EAMCET is a common competitive exam conducted by Jawaharlal Nehru Technological University. This entrance examination is conducted individually in the Indian States of Andhra Pradesh and Telangana against the admission into various colleges across both the states in the streams of Engineering, Agriculture and Medicine.

Chapters and Topics Covered in AP EAMCET 2019 Syllabus

Chapters and topics must be covered and should be studied:

Waves:

• Organ pipes

• Stretched string law

• Doppler’s effect

Semiconductors:

• Logical gates

• Application of diodes

• Transistor

1. Common Emitter

2. Common Base

Wave Optics:

• Young’s double slit experiment/fringe width experiment

• Polarisation

• Diffraction

1. Brewster’s law

2. Malus law

Electromagnetic Waves:

• Displacement current

• Maxwell’s equation

• Theory

Electromagnetic Induction:

• Flux, induced EMF

• Inductance

• AC generator

Alternating Current:

• LCR series

• Resonating frequency

• Transformer and Q factor

Capacitance:

• Dielectric

• Energy stored in capacitor

• Common potential

Magnetism and Matter:

• Laws of resistance

• Grouping of resistance

• KVL (Kirchhoff’s circuit law)

• Meter bridge

• Potentiometer

Dual Nature of Radiation:

• Photoelectric effect

• De-Broglie equation

Nuclei:

• Radioactivity

• Binding energy

• Mass defect

• Theory (nuclear radiations, nuclear fission, nuclear fusion)

Ray Optics:

• Theory

• Mirror, lens formulae

• Magnification

• Instruments:

1. Simple

2. Compound

3. Telescope

Electric Charges and Fields:

• Electric field

• Gauss law

• Electric flux

• Charge distribution

• Electric dipole

Moving Charges and Magnetism:

• Biot-Savart’s law

• Magnetic field intensify

• Ampere’s law

• Force between 2 parallel conductors

• M.C.G (converting into ammeters and voltmeters)

Communication System:

• Sky wave, space wave theory

• Modulation index

• Range of antennae

Units and Measurements:

• Errors (random and percentage error)

• Dimensional formulae

Laws of Motion:

• Free body diagrams

• Friction

• Momentum

Work Energy and Power:

• Vertical motion

• Collisions

• Power

• Stopping distance

Simple Harmonic Motion:

• Velocity and acceleration

• Energy in simple harmonic motion

• Time period

• Damped oscillation

Thermodynamics:

• Graphs

• Work done

1. Isothermal

2. Adiabatic

• Engine (heat, refrigerator)

Kinetic Theory of Gas:

• Degree of freedom

• Pressure of ideal gas

• Root mean square of velocity

• Mixture of gases

Motion in a Plane:

• Relative motion

• Projectile

• Vectors

Motion in a Straight Line:

• Kinematic equation

• Average velocity

• Average acceleration

Mechanical Properties of Solid:

• Young’s modulus

• Strain energy

• Poisson’s ratio

• Energy in stretched wire

Mechanical Properties of Fluids:

• Viscosity

• Viscous force, velocity efflux

• Poiseuille’s law

• Terminal velocity

• Surface tension

• Bernoulli’s theorem

Thermal Properties of Matter:

• Newton’s law of cooling

• Thermal expansion

• Wein’s displacement

• Stefan-Boltzmann law

• Theory

Rotational Motion:

• Perpendicular and parallel line theorems

• Angular momentum/torque

• Moment of inertia of different bodies

• Radius of gyration

• Kinetic energy of rolling motion

Physical World:

• Theory