1
Rotational Dynamic
8 topics · 3 Q- 1.1Recall equations of angular motion and compare them with equations of linear...
- 1.2Derive the expression for rotational kinetic energy
- 1.3Describe the term moment of inertia and radius of gyration
- 1.4Find the moment of inertia of thin uniform rod rotating about its center and...
- 1.5Establish the relation between torque and angular acceleration of a rigid body
- 1.6Describe the work and power in rotational motion with expression
- 1.7Define angular momentum and prove the principle of conservation of angular...
- 1.8Solve numerical problems and conceptual questions regarding the rotational...
2
Periodic Motion
8 topics · 1 Q- 2.1Define simple harmonic motion and state its equation.
- 2.2Derive the expressions for energy in simple harmonic motion
- 2.3Derive the expression for period for vertical oscillation of a mass suspended...
- 2.4Describe angular simple harmonic motion and find its period
- 2.5Derive expression for period of simple pendulum
- 2.6Explain the damped oscillation
- 2.7Describe forced oscillation and resonance with suitable examples
- 2.8Solve the numerical problems and conceptual questions regarding the periodic...
3
Fluid Statics
13 topics · 2 Q- 3.1State and explain Archimedes principle and Pascal’s law
- 3.2Define up-thrust, pressure in fluid, buoyancy, center of buoyancy and meta...
- 3.3State and use the law of floatation
- 3.4Describe surface tension and explain its principle
- 3.5Establish the relation between surface energy and surface tension
- 3.6Define angle of contact and capillarity with examples
- 3.7State the Newton’s Formula for viscosity of a liquid and define coefficient of...
- 3.8Differentiate between laminar and turbulent flow & describe Reynolds number
- 3.9Recall and use the Poiseuille’s formula
- 3.10State Stoke’s law and use it to determine the coefficient of viscosity of given...
- 3.11Explain equation of continuity and its application
- 3.12Recall the Bernoulli’s equation and explain its uses
- 3.13Solve the numerical problems and conceptual questions regarding the fluid...
4
First Law of Thermodynamics
10 topics · 2 Q- 4.1Clarify the concept of thermodynamic system.
- 4.2Explain the meaning of work done by the system and work done on the system, and...
- 4.3Explain the concept of latent heat and internal energy.
- 4.4State and explain first law of thermodynamics - increase of internal energy...
- 4.5Define and explain two specific heat capacities of gas appreciating the...
- 4.6Explain various thermodynamic process (isothermal, isobaric, isochoric and...
- 4.7Derive adiabatic equation PV = constant.
- 4.8Derive expression for work done during isothermal and adiabatic process.
- 4.9Give concept of reversible and irreversible process with examples.
- 4.10Solve mathematical problems related to first law of thermodynamics and...
5
Second Law of Thermodynamics
7 topics · 2 Q- 5.1State and explain second law of thermodynamics (Kelvin’s and Clausius’s...
- 5.2Compare second and first law of thermodynamics considering indication of...
- 5.3Explain heat engine as a device to convert heat energy into mechanical energy...
- 5.4Discuss Carnot’s cycle with the concept of P – V diagram and calculate the work...
- 5.5Describe internal combustion engines, Otto engine and diesel engine with the...
- 5.6Explain refrigerator as heat engine working in reverse direction + 5.7...
- 5.8Solve mathematical problems related to heat engine. - - - Wave and Optics
6
Wave Motion
6 topics · 12 Q- 6.1Define and understand progressive wave
- 6.2Write progressive wave in mathematical form
- 6.3Discuss the condition under which stationary waves can be formed
- 6.4Write stationary wave in mathematical form
- 6.5Calculate frequency, amplitude, velocity, time period, etc of progressive wave
- 6.6Find expression for stationary wave using two progressive waves
7
Mechanical Waves
6 topics · 15 Q- 7.1Calculate Speed of wave motion
- 7.2Understand and write expression for the Velocity of sound in solid and liquid
- 7.3Describe Velocity of sound in gas
- 7.4Describe Laplace correction
- 7.5Formulate the effect of temperature, pressure, humidity on velocity of sound...
- 7.6Solve numerical problems related to velocity of sound in the given medium and...
8
Wave in Pipes and Strings
7 topics · 18 Q- 8.1Understand the formation of stationery waves in closed and open pipes
- 8.2Define and understand harmonics and overtones
- 8.3Discuss harmonics and overtones in closed and open organ pipes
- 8.4Understand end correction in pipes
- 8.5State and use the formula for velocity of transverse waves along a stretched...
- 8.6Understand Vibration of string and overtones
- 8.7Know the laws of vibration of fixed string.
9
Acoustic Phenomena
4 topics · 28 Q- 9.1Describe sound waves as pressure waves in a medium
- 9.2Characterize the sound using its intensity, loudness, quality and pitch
- 9.3Discuss Doppler’s effect
- 9.4Apply Doppler effect in realistic case where source and observers are in...
10
Nature and Propagation of Light
1 topics · 10 Q- 10.1Use Huygen's principle to explain reflection and refraction of light
11
Interference
3 topics · 17 Q- 11.1Explain the Phenomenon of Interferences
- 11.2Understand the meaning of coherent sources
- 11.3Describe Young's double slit experiment and obtain the expression fro nth order...
12
Diffraction of Light
4 topics · 10 Q- 12.1Describe diffraction at a single slit
- 12.2Understand diffraction pattern of image and derive the expression for the...
- 12.3Explain diffraction through transmission/diffraction grating and use the...
- 12.4Explain resolving power of optical instruments
13
Polarization of Light
4 topics · 12 Q- 13.1Describe phenomenon of polarization
- 13.2Explain how polarization of light explains the transverse nature of light
- 13.3State and use Brewster’s law
- 13.4Show the understanding of construction, working principle and uses of...
14
Electrical Circuit One
7 topics · 44 Q- 14.1Understand Kirchhoff’s law as well as use it to calculate unknown parameters in...
- 14.2Describe the circuit diagram and working of Wheatstone bridge circuit and...
- 14.3Describe Meter bridge and understand it
- 14.4Know construction, working and importance of Potentiometer
- 14.5Understand the concept of super conductors
- 14.6Know the meaning of perfect conductors and distinguish it from superconductor
- 14.7Learn the technique to convert galvanometer into voltmeter and ammeter
15
Thermoelectric Effects
4 topics · 5 Q- 15.1Explain Seebeck effect and its application in Thermocouples
- 15.2Show understanding of the construction and working principle of thermocouple as...
- 15.3Explain Peltier effect
- 15.4Understand the construction and working of Thermopile
16
Magnetic Field
11 topics · 24 Q- 16.1Show understanding of the concept of magnetic field lines and magnetic flux and...
- 16.2Explain Oersted’s experiment, its outcome and limitations
- 16.3Discuss force on moving charge in uniform magnetic field
- 16.4Discuss force on a current carrying conductor placed in uniform magnetic field
- 16.5Describe force and Torque on rectangular coil placed in uniform magnetic field
- 16.6Describe moving coil galvanometer and know its applications
- 16.7Explain Hall effect and derive the expression VH=BI/ntq where t is thickness
- 16.8Use Hall probe to measure flux density of a uniform magnetic field
- 16.9State Biot and Savart law and know its application on (i) a circular coil (ii)...
- 16.10State Ampere’s law and know its applications to (i) a long straight conductor...
- 16.11Discuss force between two parallel conductors carrying current- definition of...
18
Electromagnetic Induction
8 topics · 24 Q- 18.1State and show understanding of Faraday’s law of electromagnetic induction
- 18.2State and show understanding of Lenz’s law
- 18.3Discuss construction and working of A.C. generators
- 18.4Define eddy currents, explain how they arise and give a few examples where eddy...
- 18.5Describe self-inductance and mutual inductance and understand their uses
- 18.6State the expression for energy stored in an inductor and use it wherever needed
- 18.7Discuss the construction, working principle and importance of transformer
- 18.8Discuss the sources of energy loss in practical transformer
19
Alternating Currents
7 topics · 27 Q- 19.1Understand peak and rms value of AC current and voltage
- 19.2Discuss AC through a resistor, a capacitor and an inductor
- 19.3Understand Phasor diagram in RC and RL circuits
- 19.4Discuss series circuits containing combination of resistance, capacitance and...
- 19.5Describe series resonance condition and know its applications
- 19.6Understand the meaning of quality factor
- 19.7Discuss power in AC circuits and know the term power factor Modern Physics
20
Electrons
4 topics · 17 Q- 20.1Describe Millikan’s oil drop experiment and explain how it suggests...
- 20.2Describe the motion of electrons in electric and magnetic fields and derive...
- 20.3Describe J.J Thomson’s experiment with suitable diagrams to explain the...
- 20.4Solve numerical problems related to above topics
21
Photons
6 topics · 17 Q- 21.1Describe quantum nature of radiation
- 21.2Explain properties of photons
- 21.3Describe work function and photoelectric effect
- 21.4Derive Einstein’s photoelectric equation
- 21.5Describe Millikan’s experiment for the verification of Einstein’s photoelectric...
- 21.6Solve some related problems
22
Semiconductor Devices
5 topics · 16 Q- 22.1Describe the formation of PN junction and semiconductor diode
- 22.2Plot forward and reverse characteristics of semiconductor diode including the...
- 22.3Define rectifier
- 22.4Describe full wave rectification using semiconductor diodes
- 22.5Define logic gates and explain operation of different logic gates OR, AND, NOT,...
23
Quantization of Energy
11 topics · 25 Q- 23.1Write the postulates of Bohr’s model
- 23.2Derive the expression of radius of nth orbit, velocity of electron in nth orbit...
- 23.3Obtain the expression of wavelength of a spectral line
- 23.4Obtain mathematical expressions different spectral series of H-atom
- 23.5Differentiate excitation and ionization potentials
- 23.6Explain emission and absorption spectra
- 23.7Describe de Broglie hypothesis
- 23.8Define x-rays
- 23.9Describe modern Coolidge tube method for the production of x-rays with quality...
- 23.10Illustrate different properties of x-rays along with their applications
- 23.11Solve numerical problems related to quantization of energy
25
Recent Trends in Physics
2 topics · 15 Q- 25.1Seismology
- 25.2Demonstrate basic ideas on
17
Magnetic Properties of Materials
4 topics · 1 Q- 17.1Define relative permeability and relative susceptibility of a magnetic material
- 17.2Discuss relationship between relative permeability and susceptibility
- 17.3Discuss Hysteresis of ferromagnetism
- 17.4Understand Dia,-para- and ferro- magnetic materials
24
Radioactivity and Nuclear Reaction
8 topics · 7 Q- 24.1Explain the meaning of Radioactivity – natural and artificial
- 24.2Differentiate types of radiations coming from radioactive sources – alpha, beta...
- 24.3Explain radioactive disintegration law
- 24.4Obtain the expressions of half-life, decay constant and mean life
- 24.5Explain the working of Geiger-Muller Tube
- 24.6Analyze some medical uses and health hazard of nuclear radiation
- 24.7Work out some related numerical problems
- 24.8Reason conceptual questions