Chapter 1. Circular motion

Acceleration in U.C.M.Geometrical & Calculus method.

Banking of roadsDiagram, max.velocity expression considering friction.

Conical pendulumSimple pendulumDifference in expression for period Numericals.

Vertical Circular motionLinear Velocity & Energy at different positions.
Chapter 2. Gravitation
1. Weightlessness condition Two Cases.
2. Variation of ‘g’ due to altitude, latitude, depth & expression & Numerical.
Chapter 3.Rotational Motion
1. Rolling motion – Different forms
2. parallel and perpendicular axes theoremApplications for different objects & different axes ( No derivations)
3. Conservation of angular momentumVector forms.
Chapter 4. Oscillations
1. Acceleration Velocity & Displacement ‐Calculus method,maximum & minimum values.
2. Graphical representation‐Starting from mean and extreme Position.
3. EnergyK.E, P.E, Conservation, graph.
Chapter 5. Elasticity
1. Behavior of metal wire increasing load,graph,definition
2. strain energy – Calculus method, different forms.
Chapter 6. Surface Tension
1.Angle of Contact ‐Characteristics, Explanation of angles of contact with diagram
2. Drop & Bubble Calculation of excess pressure (Work done)
3. Rises of liquid in capillary diagram & Proof
Chapter 7. Wave motion
1. Simple harmonic progressive waveEquationdifferent forms
2. Formation of beats waxing and waning
3. Doppler effectEquation and application
Chapter 8. Stationary waves
1.Formation of stationary Waves Analytical treatment, nodes and antinodes .
2. Mode of Vibrationdiagram & Equation
3. Air Column – DiagramsOpen & Closed Pipes – Equation harmonic & Overtones
4. End CorrectionOpen & Closed pipe
Chapter 9. Kinetic theory of gases and Radiation
1.pressure of a gas Expression & different forms
2. Expression for KEper unit volume‐per mole‐per molecule‐ per unit mass.
3. law of ThermodynamicsZeroth & First and Second law.
4. Spectrum of black body radiation in term of wavelengthnature of graphConclusions from of graph.
Dear Students, Please use the comments box below and post questions that you think are important from your analysis. It would help the HSC STUDENTS A LOT.
Acceleration in U.C.M.Geometrical & Calculus method.
Banking of roadsDiagram, max.velocity expression considering friction.
Conical pendulumSimple pendulumDifference in expression for period Numericals.
Vertical Circular motionLinear Velocity & Energy at different positions.
What is non uniform circular motion
ReplyDeleteFor rotating bodies whose angular and tangential acceleration is non  zero and linear and angular velocities change with time. KE varies with time.
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laplace laws ????
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