Fluids Introduction – Studi.live

Lesson List

Rotational Dynamics

Mechanical Properties of Fluids

Fluids Introduction00:00:00

What is Fluid ?00:00:00

Properties of Fluids00:00:00

Pressure and It’s Applications00:00:00

Thrust and Pressure00:00:00

Example on Upthrust00:00:00

Pascal’s Law and Proof00:00:00

Applications of Pascal’s Law – Hydraulic Lift00:00:00

Manometer00:00:00

Variation of Pressure Due to Shape and Barometer00:00:00

Surface Tension and Molecular Theory00:00:00

Cohesive, Adhesive Force and Molecular Range00:00:00

Angle of Contact and It’s Characteristics00:00:00

Shape of Meniscus in a Narrow Tube00:00:00

Excess Pressure Inside a Liquid Drop00:00:00

Ascent Formula00:00:00

Law of Floatation00:00:00

Steady Flow or Streamline Flow00:00:00

Upthrust and Apparent Weight00:00:00

Kinetics Theory of Gases and Radiation

Thermodynamics

Introduction00:00:00

Equilibrium00:00:00

Zeroth Law of Thermodynamics and Temperature00:00:00

Heat and Work00:00:00

Internal Energy00:00:00

First Law of Thermodynamics00:00:00

Applying First Law to Different Processes00:00:00

Types of Process00:00:00

Quasi-Static Process and Isothermal Process00:00:00

Reversible and Irreversible Process00:00:00

Work Done in an Isothermal & Reversible Process00:00:00

Work Done in an Isothermal & Irreversible Process00:00:00

Adiabatic Relations Between P, V and T00:00:00

Work Done in an Adiabatic Process00:00:00

Work Done in a Cyclic Process00:00:00

Work Done During Expansion00:00:00

Heat Engine and Second Law00:00:00

Refrigerator00:00:00

Carnot Engine00:00:00

Carnot’s Theorem00:00:00

Efficiency of Carnot’s Engine00:00:00

Numericals (Level 1)00:00:00

Oscillations

Wave Optics

Electrostatics

Current Electricity

Magnetic Fields Due to Electric Current

Electromagnetic Induction

AC Circuits

Alternating Currents Introduction00:00:00

Derivation of AC Generator00:00:00

Mean or Average Value of AC00:00:00

Root Mean Square Value (RMS)00:00:00

Phasor LCR00:00:00

Resistor00:00:00

Inductor00:00:00

Reactance Part – 100:00:00

Reactance Part – 200:00:00

Capacitor00:00:00

Impedance00:00:00

Average Power00:00:00

Average Power Resistor00:00:00

Average Power Capacitor00:00:00

Average Power in a LCR Circuit00:00:00

LC Oscillator00:00:00

Series Resonance00:00:00

Parallel Resonance00:00:00

Quality Factor00:00:00

Numericals Level – 100:00:00

Numericals Level – 200:00:00

Numericals Level – 300:00:00

Dual Nature of Matter and Radiations

Structure of Atoms and Nuclei

Semiconductor Devices

Fluids Introduction

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Rotational Dynamics

Non-uniform CM00:00:00

Cpf and Cff (Centripetal Force and Centrifugal Force)00:00:00

Well-Wall of Death00:00:00

Banking of Road00:00:00

Conical Pendulum00:00:00

Vertical Circular Motion00:00:00

Car on a Concave Bridge00:00:00

Moment of Inertia00:00:00

Physical Significance of Moment of Inertia00:00:00

Moment of Inertia of Rod and Ring00:00:00

Moment of Inertia of Sphere00:00:00

Moment of Inertia of Cylinder00:00:00

Moment of Inertia of Disc00:00:00

Radius of Gyration00:00:00

Radius of Gyration (Level 1)00:00:00

Kinetic Energy of Rolling Body00:00:00

Parallel Axes Theorem00:00:00

Perpendicular Axes Theorem00:00:00

Angular Momentum of a Rotating Body00:00:00

Torque Acting on a Rotating Body00:00:00

Conservation of Angular Momentum00:00:00

Rolling Down of a Body on an Inclined Plane00:00:00

Comparison of Translational and Rotational Motion00:00:00

Numericals Level – 100:00:00

Numericals Level – 200:00:00

Numericals Level – 300:00:00

Mechanical Properties of Fluids

Fluids Introduction00:00:00

What is Fluid ?00:00:00

Properties of Fluids00:00:00

Pressure and It’s Applications00:00:00

Thrust and Pressure00:00:00

Example on Upthrust00:00:00

Pascal’s Law and Proof00:00:00

Applications of Pascal’s Law – Hydraulic Lift00:00:00

Manometer00:00:00

Variation of Pressure Due to Shape and Barometer00:00:00

Surface Tension and Molecular Theory00:00:00

Cohesive, Adhesive Force and Molecular Range00:00:00

Angle of Contact and It’s Characteristics00:00:00

Shape of Meniscus in a Narrow Tube00:00:00

Excess Pressure Inside a Liquid Drop00:00:00

Ascent Formula00:00:00

Law of Floatation00:00:00

Steady Flow or Streamline Flow00:00:00

Upthrust and Apparent Weight00:00:00

Kinetics Theory of Gases and Radiation

Introduction00:00:00

Charles Law00:00:00

Boyles Law00:00:00

Ideal Gas Equation00:00:00

Gay Lussac’s Law00:00:00

Universal Gas Constant (R)00:00:00

Pressure Exerted by the Gas00:00:00

RMS Speed00:00:00

Kinetic Interpretation of Temperature00:00:00

Law of Equipartition of Energy00:00:00

Degrees of Freedom00:00:00

Degree of Freedom of Monoatomic Diatomic & Triatomic Gases00:00:00

Specific Heat of Monoatomic and Diatomic Gases00:00:00

Specific Heat for Triatomic & Polyatomic Gas00:00:00

Numericals Level – 100:00:00

Numericals Level – 200:00:00

Numericals Level – 300:00:00

Thermodynamics

Introduction00:00:00

Equilibrium00:00:00

Zeroth Law of Thermodynamics and Temperature00:00:00

Heat and Work00:00:00

Internal Energy00:00:00

First Law of Thermodynamics00:00:00

Applying First Law to Different Processes00:00:00

Types of Process00:00:00

Quasi-Static Process and Isothermal Process00:00:00

Reversible and Irreversible Process00:00:00

Work Done in an Isothermal & Reversible Process00:00:00

Work Done in an Isothermal & Irreversible Process00:00:00

Adiabatic Relations Between P, V and T00:00:00

Work Done in an Adiabatic Process00:00:00