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Basic Science-Physics

Basic Science-Physics

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माहिती

शैक्षणिक माहिती

  • शैक्षणिक टप्पा

  • विद्याशाखा

  • शाखा

  • इयत्ता पहिले वर्ष

  • सत्र I

  • माध्यम इंग्रजी

  • मंडळ/विद्यापीठ पुणे

  • विषय

अभिप्राय

  • या वस्तूबद्दल शेरा/अभिप्राय उपलब्ध नाही. अभिप्राय लिहिणारे सर्वप्रथम व्हा.

प्रस्तावना

1. Elasticity
1. Introduction
1.1 Deforming Force
1.2 Restoring Force
1.2 Elasticity
1.3 Plasticity
2. Elastic Limit and Hooke’s Law
2.1 Elastic Limit
2.2 Hooke’s Law
3. Elastic Coefficients
4. Behaviour of Wire under Continuously Increasing Load
5. Stress Strain Diagram of Various Materials
6. Applications of Elasticity
Solved Problems
2. Fluid Friction
1. Introduction
2. Pressure
2.1 Pressure Depth Relation
2.2 Atmospheric Pressure
2.3 Pascal’s Law
2.4 Archimedes’s Principle
3. Viscosity
3.1 Velocity Gradient
3.2 Newton’s Law of Viscosity
4. Streamline and Turbulent Flow
4.1 Critical Velocity
4.2 Turbulent Flow
4.3 Reynolds’s Number and its Significance
5. Uptrust Force
5.1 Terminal Velocity
5.2 Stoke’s Law
5.3 ‘h’ by Stoke’s Law
5.4 Effect of Temperature and Adulteration on Viscosity of Liquid
6. Applications of Viscosity
Solved Examples
3. Surface Tension
1. Introduction
2. Cohesive and Adhesive Forces
2.1 Intermolecular Force
2.2 Cohesive Force
2.3 Adhesive Force
2.4 Shape of the Liquid in a Solid Container
2.5 Molecular Range
2.6 Sphere of Influence
3. Laplace’s Molecular Theory of Surface Tension
4. Surface Tension
4.1 Effect of Temperature on Surface Tension
4.2 Effect of Impurity on Surface Tension
5. Angle of Contact and Point of Contact
5.1 Point of Contact
5.2 Angle of Contact (q)
5.3 Significance of Angle of Contact (q)
6. Capillarity and Capillary Action
6.1 Capillarity
6.2 Capillary Action
7. Surface Tension by Capillary Rise Method
8. Applications of Surface Tension
Solved Examples
4. Modes of Transformation of Heat
1. Introduction
1.1 Difference between Heat and Temperature
1.2 Definition of Calorie
2. Absolute Zero Temperature (Kelvin Scale)
3. Units of Temperature (°F, °K, °C)
4. Three Modes of Transmission of Heat
4.1 Conduction
4.2 Convection
4.3 Radiation
5. Good Conductors and Insulators of Heat with Suitable Examples
5.1 Good Conductors of Heat
5.2 Bad Conductors of Heat
6. Law of Thermal Conductivity
Solved Examples
5. Gas Laws
1. Introduction
2. Perfect Gas Equation
3. Specific Heat of a Substance
3.1 Isothermal Expansion of a Gas
3.2 Adiabatic Expansion
Solved Examples
Numericals on CP and CV
6. Refraction of Light
1. Refraction of Monochromatic Light
1.1 Introduction
1.2 Refraction of Light
1.3 Laws of Refraction
2. Snell’s Law
2.1 Direction of Refracted Ray
2.2 Refractive Index in Terms of Velocities
3. Derivation of Prism Formula
3.1 Refraction through Prism 5
3.2 Refracting Angle of Prism or Angle of Prism (A)
3.3 Angle of Deviation (d)
3.4 Prism Formula (Minimum Deviation Position)
4. Total Internal Reflection
4.1 Critical Angle (qc)
4.2 Total Internal Reflection (TIR)
4.3 Conditions for TIR
5. Optical Fiber
5.1 Introduction
5.2 Material of Optical Fiber
5.3 Structure of Optical Fiber
5.4 Principle of Optical Fiber
5.5 Propagation of Light Wave through Optical Fiber
6. Numerical Aperture and Acceptance Angle
6.1 Acceptance Angle (qa)
6.2 Numerical Aperture (NA)
6.3 Types of Optical Fiber
6.5 Applications of Optical Fiber
Solved Examples
7. Wave Motion
1. Introduction
2. Simple Harmonic Motion (S.H.M.)
2.1 Equation of S.H.M.
2.2 Equation of SHM with Initial Phase Angle ‘q’
2.3 Velocity in S.H.M.
2.4 Acceleration in S.H.M.
3. Progressive waves
3.1 Equation of Progressive Wave
3.2 Type of Progressive Waves
Solved Examples
Unsolved examples
8. Resonance
1. Introduction
1.1 Stationary Wave
1.2 Free Vibrations
1.3 Forced Vibrations
2. Resonance
2.1 Definition of Resonance
2.2 Formula to Calculate Velocity of Sound by Resonance Tube Method
Solved Examples
solved paper of winter 2012
solved paper of winter 2013