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HSC 2027 PHYSICS CHAPTER 10 MAGNETIC FIELDS DUE TO ELECTRIC CURRENT MOST EXPECTED QUESTIONS

HSC 2027 PHYSICS CHAPTER 10 MAGNETIC FIELDS DUE TO ELECTRIC CURRENT 

MOST EXPECTED QUESTIONS

1. DERIVE AN EXPRESSION FOR MAGNETIC FIELD PRODUCED AT THE CENTER OF CIRCULAR ARC OF A WIRE CARRYING CURRENT ( I ).

2. DRAW A NEAT LABELLED DIAGRAM OF SUSPENDED COIL TYPE MCG

3. STATE THE FORMULA MAGNETIC POTENTIAL ENERGY OF A DIAPOLE

4. OBTAIN THE EXPRESSION FOR MINIMUM & MAXIMUM POTENTIAL ENERGY

5. EXPRESSION FOR MAGNETIC INDUCTION OF A TOROID OF N TURNS

6. EXPLAIN BIOT & STAVARTS LAW WITH NEAT DIAGRAM

7. FORMULA FOR MAGNETIC INDUCTION IN CIRCULAR ARC OF A WIRE 

8. FIND THE MAGNETIC INDUCTION AT THE CENTER OF CURRENT CARRYING CIRCULAR LOOP

9. OBTAIN AN EXPRESSION FOR FORCE ON A CLOSED CIRCUIT IN UNIFORM MAGNETIC FIELD

10. WHAT IS VALUE OF FORCE IN A CLOSED MAGNETIC FILED

11. WHICH PARTICLES CANNOT BE ACCELARATED BY CYCLOTRON

12. MAGNITUDE OF FORCE EXPIRIENCED BY STATIONARY CHARGE EXPOSED TO UNIFORM MAGNETIC FIELD

13.  DERIVE AN EXPRESSION FOR MAGNETIC FIELD PRODUCED BY CURRENT IN CIRCULAR ARC OF A WIRE USING BIOT STAVARTS LAW

14. STATE AMPERES LAW

15. SOLVE ALL TEXTBOOK AND PYQ NUMERICALS 

HSC 2027 PHYSICS CHAPTER 9 CURRENT ELECTRICITY MOST EXPECTED QUESTIONS

HSC 2027 PHYSICS CHAPTER 9 CURRENT ELECTRICITY  

MOST EXPECTED QUESTIONS

1. STATE KIRCHOFFS LAWS OF ELECTRICAL NETWORK

2. HOW WILL YOU CONVERT MCG TO VOLTMETER

3. HOW WILL YOU CONVERT MCG TO AMMETER 

4. NAME THE INSTRUMENT TO MEASURE EMF OF A CELL

5. STATE 2 SOURCES OF ERRORS IN METER BRIDGE EXPERIMENT AND HOW CAN THEY BE MINIMIZED

6. EXPLAIN THE USE OF METER BRIDGE TO DETERMINE UNKNOWN RESISTANCE WITH A NEAT DIAGRAM

7. ADVANTAGES OF POTENTIOMETER OVER VOLTMETER

8. WHAT IS RESISTANCE OF IDEAL VOLTMETER

9. OBTAIN THE BALANCING CONDITION FOR WHEATSTONES BRIDGE

10. DISTINGUISH BETWEEN AMMETER & VOLTMETER

11. DEFINE POTENTIAL GRADIENT . WHAT IS SHUNT

12. FOR A MCG SHOW THAT S = G/n-1

13. USE OF POTENTIOMETER TO DETERMINE INTERNAL RESISTANCE OF A CELL

14. DISTINGUISH BETWEEN POTENTIOMETER & VOLTMETER

15. ADVANTAGES & DISADVANTAGES OF MCG

16. SOLVE ALL TEXTBOOK AND PYQ NUMERICALS

HSC 2027 PHYSICS CHAPTER 8 ELECTROSTATICS MOST EXPECTED QUESTIONS

HSC 2027 PHYSICS CHAPTER 8 ELECTROSTATICS  

MOST EXPECTED QUESTIONS

1. OBTAIN AN EXPRESSION FOR EQUIVALENT CAPACITY FOR COMBINATION OF 3 CAPACITORS CONNECTED IN SERIES

2. EXPRESSION FOR EQUIVALENT CAPACITY FOR 2 CAPACITORS CONNECTED IN PARALLEL & THIS COMBINATION IS CONNECTED TO 1 CAPACITOR IN SERIES

3. EXPRESSION FOR EQUIVALENT CAPACITANCE FOR 2 CAPACITORS IN SERIES

4. DRAW A NEAT LABELLED DIAGRAM OF A PARALLEL PLATE CAPACITOR WITH DIELECTRIC SLAB BETWEEN THE PLATES 

5. DERIVE AN EXPRESSION FOR ENERGY STORED IN A CHARGED  CAPACITOR

6. CALCULATE THE CAPACITY OF N NUMBER OF CAPACITORS IN SERIES

7. OBATAIN AN EXPRESSION FOR ELECTRIC INTENSITY AT A POINT OUTSIDE A UNIFORMLY CHARGED SPHERICAL SHELL

8. WHAT POLAR AND NON POLAR DIELECTRICS . GIVE EXAMPLES OF EACH 

9. OBATAIN AN EXPRESSION FOR ELECTRIC INTENSITY DUE TO INFINITELY LONG CHARGED WIRE

10. EXPRESSION FOR ELECTRIC POTENTIAL DUE TO A POINT CHARGE

11. RELATION BETWEEN ELECTRIC FIELD INTENSITY & POTENTIAL GRADIENT

12. STATE 4 USES OF VANDE GRAFF GENERATOR

13. DRAW A NEAT LABELLED DIAGRAM OF VANDE GRAFF GENERATOR

14. SOLVE ALL TEXTBOOK AND PYQ NUMERICALS.

HSC 2027 PHYSICS CHAPTER 7 WAVE OPTICS MOST EXPECTED QUESTIONS

HSC 2027 PHYSICS CHAPTER 7 WAVE OPTICS 

MOST EXPECTED QUESTIONS

1. USING THE GEOMETRY OF YOUNGS DOUBLE SPLIT EXPERIMENT DERIVE AN EXPRESSION FOR FRINGE WIDTH OF INTERFERENCE BANDS

2. STATE HUYGENS PRINCIPLE . STATE MALUS LAW

3. EXPLAIN GEOMETRICAL CONSTRUCTION OF PLANE WAVEFRONT

4. DERIVE THE LAWS OF REFLECTION OF LIGHT USING HUYGENS THEORY

5. WHAT IS BREWSTERS LAW. DERIVE THE FORMULA FOR BREWSTERS ANGLE

6. WHAT ARE FRESNEL & FRAUNHOFER DIFFRACTIONS

7. STATE THE CONDITIONS FOR STEADY INTERFERENCE PATTERN

8. EXPLAIN THE CONSTRUCTION OF SPHERICAL WAVEFRONT

9. DISTINGUISH BETWEEN INTERFERENCE & DIFFRACTION

10. STATE ANY ONE METHOD OF POLARIZATION OF LIGHT 

11. DERIVE THE LAWS OF REFRACTION USING HUYGENS THEORY

12. RELATION BETWEEN POLARIZING ANGLE & REFRACTIVE INDEX

13. WHAT IS INTERFERENCE OF LIGHT

14. USING ANALYTICAL METHOD OBTAIN THE EXPRESSION FOR FRINGE WIDTH OF 2 INTERFERING WAVES.

HSC 2027 PHYSICS CHAPTER 6 SUPERPOSITION OF WAVES MOST EXPECTED QUESTIONS

HSC 2027 PHYSICS CHAPTER 6 SUPERPOSITION OF WAVES  

MOST EXPECTED QUESTIONS

1. PROVE THAT THE FREQUENCY OF BEATS IS EQUAL TO THE FREQUENCIES OF 2 SOUND NOTES GIVING RISE TO THE BEATS

2. SHOW THAT FREQUENCIES OF 2 SOUND WAVES IS THE DIFFERENCE BETWEEN THE INDIVIDUAL FRQUENCIES OF THOSE WAVES

3. DERIVE AN EXPRESSION FOR EQUATION OF A STATIONARY WAVE ON A STRECHED STRING. 

4. SHOW THAT THE DISTANCE BETWEEN 2 NODES OR ANTINODES IS 入 /2

5. SHOW THAT ALL HARMONICS ARE PRESENT IN A STRECHED STRING

6. OBTAIN AN EXPRESSION FOR END CORRECTION FOR A PIPE OPEN AT BOTH ENDS AND FOR A PIPE CLOSED AT ONE END

7. SHOW THAT ONLY ODD HARMONICS ARE PRESENT IN THE VIBRATIONS OF AIR COLUMN IN A PIPE CLOSED AT ONE END

8. DISTINGUISH BETWEEN HARMONICS AND OVERTONES

9. STATE 2 CHARACTERISTICS OF PROGRESSIVE WAVES

10. DIFFERENCE BETWEEN FREE & FORCED VIBRATIONS

11. STATE THE LAWS OF LINEAR LENGTH & LINEAR DENSITY

12. DIFFERENCE BETWEEN STATIONARY & PROGRESSIVE WAVES

13. STATE THE FORMULA FOR END CORRECTION IN RESONANCE TUBE EXPERIMENT

14. STATE 2 CHARACTERISTICS OF STATIONARY WAVES

15. SHOW THAT ALL HARMONICS ARE PRESENT IN CASE OF AN AIR COLUMN VIBRATING IN PIPE OPEN AT BOTH ENDS

16. SOLVE ALL PYQ & TEXTBOOK NUMERICALS

HSC 2027 PHYSICS CHAPTER 5 OSCILLATIONS MOST EXPECTED QUESTIONS

HSC 2027 PHYSICS CHAPTER 5 OSCILLATIONS  

MOST EXPECTED QUESTIONS

1. STATE THE DIFFERENTIAL EQUATION OF LINEAR SHM

2. OBTAIN AN EXPRESSION FOR ACCELARATION ,VELOCITY ,DISPLACEMENT FOR A PARTICLE PERFORMING LINEAR SHM

3. DISCUSS ANALYTICALLY THE COMPOSITION OF 2 SHM HAVING SAME PERIOD ALONG THE SAME PATH. OBTAIN THE  RESULTANT AMPLITUDE 

4. FIND THE AMPLITUDE WHEN PHASE DIFFERENCE IS  0 AND pi/2 RADIANS

5. OBTAIN THE EXPRESSION FOR TIME PERIOD OF A SIMPLE PENDULUM

6. DEFINE SECONDS PENDULUM. DERIVE A FORMULA FOR ITS LENGTH 

7. OBTAIN THE DIFFERENTIAL EQUATION OF LINEAR SHM

8. DRAW A NEAT DIAGRAM OF VARIATION OF KINETIC & POTENTIAL ENERGY WITH DISPLACEMENT IN SHM

9. DISTINGUISH BETWEEN FREE & FORCED VIBRATIONS

10. WHAT IS THE VELOCITY OF PARTICLE PERFORMING SHM AT START , MID AND EXTREME POSITION

11. STATE THE DIFFERENTIAL EQUATION OF ANGULAR SHM

12. OBTAIN THE DIFFERENTIAL EQUATION OF ANGULAR SHM

13. EXPRESSION FOR PERIOD OF A MAGNET VIBRATING IN A UNIFORM MAGNETIC FIELD PERFORMING SHM

14. SOLVE ALL TEXTBOOK NUMERICALS. 

HSC 2027 PHYSICS CHAPTER 4 THERMODYNAMICS MOST EXPECTED QUESTIONS

HSC 2027 PHYSICS CHAPTER 4 THERMODYNAMICS  

MOST EXPECTED QUESTIONS

1. EXPLAIN THE CONCEPT OF POSITIVE & NEGATIVE WORK WITH VARYING PRESSURE. DRAW ITS PV DIAGRAM

2. STATE ZEROTH LAW OF THERMODYNAMICS.

3. STATE FIRST LAW OF THERMODYNAMICS

4. WHAT ARE THE LIMITATIONS OF FIRST LAW OF THERMODYNAMICS

5. WHAT IS ISOTHERMAL PROCESS

6. OBTAIN THE EXPRESSION FOR WORK DONE BY A GAS IN ISOTHERMAL PROCESS .DRAW ITS PV DIAGRAM

7. DEFINE CHEMICAL , MECHANICAL AND THERMAL EQUILIBRIUM

8. WHAT IS FREE EXPANSION IN THERMODYNAMICS

9. WHAT IS THERMODYNAMIC PROCESS .STATE ITS 4 TYPES

10. EXPLAIN THE CHANGE IN INTERNAL ENERGY OF A GAS ON HEATING

11. EXPLAIN CYCLIC PROCESS WITH A NEAT PV DIAGRAM

12. EXPLAIN ADIABATIC PROCESS TO OBTAIN ADIABATIC CONSTANT FOR A RIGID DIATOMIC GAS MOLECULE

13. DEFINE ISOTHERMAL , ADIABATIC, ISOBARIC & ISOCHORIC PROCESS

14. WHAT IS THERMODYNAMIC SYSTEM . WHAT IS SURROUNDINGS

15. SOLVE ALL TEXTBOOK NUMERICALS 

16. IN WHICH PROCESS HEAT IS NEITHER ABSORBED OR RELASED 

HSC 2027 PHYSICS CHAPTER 3 KINETIC THEORY OF GASES & RADIATION MOST EXPECTED QUESTIONS

HSC 2027 PHYSICS CHAPTER 3 KINETIC THEORY OF GASES & RADIATION  

MOST EXPECTED QUESTIONS

1. ON THE BASIS OF KINETIC THEORY OF GASES OBTAIN AN EXPRESSION FOR PRESSURE EXERTED BY GAS MOLECULES ENCLOSED BY A CONTAINER.

2. EXPLAIN CONSTRUCTION & WORKING OF FERRYS BLACKBODY

3. STATE & PROVE THE MAYERS RELATION

4. STATE & PROVE KIRCHOFFS LAW OF HEAT RADIATION 

5. STATE STEFANS BOLTZMAN LAW . STATE WIENS DISPLACEMENT LAW.

6. DEFINE EMMISIVE POWER . DEFINE COEFFICENT OF EMMISION

7. EXPRESSION FOR MOLAR SPECIFIC HEAT OF A GAS AT CONSTANT VOLUME

8. DEFINE CO-EFFICIENT OF ABSORBTION , REFLECTION AND TRANSMISSION ALSO DERIVE THE RELATION BETWEEN THEM

9. WHAT IS PERFECTLY BLACK BODY

10. WHAT IS COEFFICIENT OF TRANSMISSION FOR ATHERMANOUS METERIALS

11. WHAT IS DEGREE OF FREEDOM

12. WHAT ARE DIATHERMANOUS SUBSTANCES 

13. SOLVE ALL TEXTBOOK NUMERICALS