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Unit-1
Unit and dimension - units of measurement systems of unit's dimensional analysis.
Motion in one and two dimensions - Motion in one and two dimensions uniform and non-uniform motion circular motion (horizontal and vertical)
Dynamics of rigid bodies - center of mass ( two particle system and rigid body) translantory and roratory motion of rigid body moment of inertia radius of gyration
kinetic energy of relation ,torque, angular acceleration ,angular momentum parallel and particular axes theorems inertia of ring disc and sphere .
Unit-2
conservation laws- work energy and power, work energy and theorem conservation of liner momentum, energy and angular momentum elastic collusion in one and two dimension.
Gradation - Newton's law of gravitation, gravitation constant acceleration due to gravity g and its variation with height and depth latitude and rotation of earth satellite motion
Indian satellite escape velocity.
Surface tension and viscosity cohesive and advice forces surface energy and surface tension angle of contact access pressure in side in soap bubble and soap capillarity
rise method, application of surface tension viscosity, Bernoulli principle and its applications.
Unit - 3
Kinetic theory of gases - ideal gas and its paper root mean square velocity and its
Interpretation degrees of freedom specific heats of monatomic and diatomic gases
(Cp and Cv).
Thermodynamics - Zeroth law and concept of temperature ,first law of Thermodynamics ,isothermal, isobaric, and adiabatic processes second law of thermo dynamics carnot heat engines and its efficiency .
Radiation - Thermal radiation krichoff'law ,Stefan's law Newton's law of cooling
Spectral distribution of black body radiation wein's displacement law solar constant surface surface of sun .
Unit -4
Oscillation - periodic motion, simple harmonic motion and its equation displacement velocity acceleration Kinetic and potential energy in SHM spring mass system and compound pendulum
Waves - sound waves and its characteristic progressive waves interference beats stationary in air columns strings effect of medium and temperature on velocity of sound waves Doppler Effect in sound and light waves .
Unit- 5
Rays optic - Reflection and reflection of light , total internal reflection spherical mirrors lenses lens formula refraction and dispersion of light in a prism scatting of light in atmosphere microscope telescope and Raman effect ,contributions of Indian scientists in astronomical sciences.
Wave optics - Huygen's wave theory plane spherical waves fonts content sources young's double slit experiment Fresnel's bi- prism Fresnel's half period jones differaction due to a circular obsatacle and aperture Fraunohofar diffractions due to a
single slit.
Electric field - Coulomb's law superposition principal electric field, electric flux
Guass law and its applications.
Electric potential - Potential, relation between electric potential and field, potential due to a point charge and equipotential surfaces, electric dipole, dipole moment, electric potential due to a dipole along its axis and equatorial plane, work done in rotating a dipole in an electric field, potential energy of an electric dipole.
Capacitors - Capacitance, parallel plate capacitor, combination of capacitors, energy of a capacitor, uses of capacitors.
Unit 7
Current electricity - Electric current, Ohm's law, resistance, electrical resistivity and its dependence on temperature, principle of Wheatstone bridge and its applications to meter bridge, principle of potentiometer and its applications.
Thermoelectricity - Thermal effects of current, Joule's Law, Seebeck effecgt, thermocouple and thermo emf.
Magnetic effects of current - Biot-Savart law, magnetic field due to a current carrying straight wire and circular loop, small current loop as a magnetic dipole, force on a moving charge and current carrying conductor in an uniform magnetic field, rectangular current loop in uniform magnetic field, moving coil galvanometer, Ampere's Circular law and its application to straight and torodial solenoids.
Unit 8
Magnetism - Magnetic permeability, susceptibility, intensity of magnetization and relations amongst them, para-, dia-, and ferro - magnetic substances and their behavior in magnetic field.
Electromagnetic induction - Magnetic flux, Faraday's law, Lenz's law, induced EMF and current, self and mutual inductance, transformers, eddy currents.
Alternating current- Rotating coil in a magnetic field, instantaneous, average, rms, and peak value of current and voltage, phase difference between applied voltage and current flowing in the circuits containing R, L, C, RC, RL, and series LCR, impedance and reactance, power in ac circuit, power factor, wattles current, choke coil.
Unit-9
Atomic structure-discharge of electricity through gases, cathode rays, determination of 'e' by Milikan's oil drop method and 'e/m' by Thomson method; Bohr model, hydrogen spectrum, Sommerfeld's model; Production , properties and uses of x-rays, Moseley's law.
Photoelectric effect and matter waves- Photoelectric effect, Einstein's photoelectric equation, dual nature of light, de-Broglie hypothesis , Davisson and Germer experiment ,explanation of Bohr's orbits.
Nuclear physics and radioactivity- Nuclear structure, binding energy, fission and fusion, laws of radioactive disintegration , half and mean lives,  ,  , and  decay, radioisotopes and their uses.
Unit10
Semiconductor devices- Classification of conductor, insulator and semi-conductors on the basis of energy bands , semiconductors , P-N junctions and its characteristics curves ,dipole as a rectifier ,transistor-its operation in CB and CE configurations, transistor as an amplifier :binary number system, logic gates.
Space communications- Electromagnetic wave and its properties, electromagnetic spectrum, Space communication, remote sensing, introduction to Indian satellites, elementary idea of analog and digital communication, modulation and demodulation(quantitative discussion), data transmission and reception.
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