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  • Physics Notes

    FSc Part-1

    • Chapter-1 : Measurement
      • physical Quantities [notes]
      • International System Of Units [notes]
      • Scientific Notation
      • Errors and uncertainties
      • Significant Figures (video)
      • Precision and accuracy (video)
      • Indicating Uncertainty 
      • Dimentions (video)
    • Chapter-2 : Vectors and equilibrium.
    • Chapter-3 : Motion and force
      • Full chapter notes (pdf)
      • Velocity
      • Acceleration
      • Newton’s laws of motion (video)
      • Linear Momentum
      • Impulse and change of momentum
      • Law of conservation of momentum
      • Elastic and inelastic collison
      • Head-on Collision
      • Projectile motion
    • Chapter-4 : Work and energy 
    • Chapter 5 : Rotational and Circular Motion.
      • Angular Motion
      • Uniform circular motion (video)
      • Centripetal Force and Centripetal Acceleration
      • Centrifugal Force
      • Banking of road
      • Torque and moment of inertia
      • Angular momentum and Torque
      • Artificial satellites
      • Orbital velocity
      • Geo-stationary orbits
      • Real and apparent weight
      • Weightlessness in satellite
      • Artificial Gravity 
    • Chapter 6 : Fluid Dynamics
      • Viscous Drag and Stockes’ Law
      • Terminal Velocity
      • Fluid flow
      • Equation of continuity
      • Bernoulli’s Equation
      • Applications (pdf) 
    • Chapter 7 : Oscillation and Waves
      • Simple Harmonic Motion
      • Circular motion and SHM
      • Simple pendulum
      • Free and force oscillation
      • Resonance
      • Waveform of simple harmonic motion
      • Phase
      • Damped oscillations
      • Sharpness of resonance 
    • Chapter 8 : Waves
      • Full chapter notes 
      • Periodic Waves
      • Progressive waves
      • Propagation of waves
      • Transverse waves
      • Longitudinal waves [Watch video here]
      • Characteristics of wave
      • Speed of sound
      • Superposition of waves
      • Interference of waves
      • Beats
      • Reflection of waves and phase change
      • Stationary waves
      • Doppler effect
      • Ultrasonic waves
    • Chapter 9 : Physical Optics
      • Full chapter notes (pdf)
      • Nature of light
      • Wavefront
      • Huygen’s Principle
      • Coherent sources
      • Interference of light
      • Young’s double slit experiment
      • Interference in thin film
      • Michaelson’s interferometer
      • Diffraction of light
      • Fraunhofer Diffraction at a single slit
      • Diffraction Grating
      • X-Ray Diffraction
      • Bragg’s law
      • Polarization of light
    • Chapter 10 : Thermodynamics
      • Full chapter notes (pdf)
      • Thermal Equilibrium
      • Heat and work
      • Thermodynamic System
      • First law of thermodynamics
      • Molar specific heat of a gas
      • Heat engine
      • Second law of Thermodynamics
      • Carnot heat engine
      • Refrigerator
      • Entropy (video
  • MSK Chapters

    • ANATOMY (SNELL)
      • Chapter 1 – Introduction
      • Chapter 2 – The Back 
      • Chapter 3 – Upper Limb
      • Chapter 11 – Lower limb 
    • ANATOMY (GRAY)  
      • Chapter 1 – The body 
      • Chapter 2 – Back 
      • Chapter 6 – Lower Limb
      • Chapter 7 – Upper Limb
    • PHYSIOLOGY (GUYTON AND HALL)
      • Chapter 6 – Contraction of skeletal muscle
      • Chapter 7 – Excitation of skeletal muscle
      • Chapter 8 – Excitation and contraction of smooth muscle
    • BIOCHEMISTRY (CHATTERJEA)
      • Chapter 6 – Chemistry of proteins and amino acids
      • Chapter 12 – Fat soluble vitamins 
      • Chapter 34 – Metabolism of minerals and trace elements 

                      (can’t find Glycosaminoglycan, collagen, connective tissue topics in Chatterjea, so refer to Satya)

    • BIOCHEMISTRY (SATYANARAYANA)
      • Chapter 4 – Proteins and amino acids 
      • Chapter 7 – Fat soluble vitamins 
      • Chapter 18 – Mineral metabolism 
      • Chapter 22 – Tissue proteins and body fluids
    • HISTOLOGY (LAIQ HUSSAIN)
      • Chapter 7 – Cartilage
      • Chapter 8 – Bone
      • Chapter 10 – Muscle Tissue
    • EMBRYOLOGY (KLM)
      • Chapter 15 – The Skeletal System
      • Chapter 16 – The Muscular System
      • Chapter 17 – The limbs
    • EMBRYOLOGY (LANGMAN)
      • Chapter 10 – The Axial Skeleton
      • Chapter 11 – Muscular System
      • Chapter 12 – Limbs
  • Foundation Module

    Syllabus for 1st Year MBBS

    • ANATOMY
      • Anatomy and its sub-branches
      • Cell structure and its organelles
      • Nuclear structure and components
      • Cell division
      • mitosis and meiosis
      • Organization of human body
      • Anatomical terms (for planes,position and movements)
      • Classification of bones
      • Cartilage
      • Introduction to joints
      • Muscles
      • Skin/ Integumentary system
      • Lymphatic system
      • Nervous system division
      • Membranes : mucous membranes, serous membranes
      • Fascia, ligaments and raphe
      • Radiological anatomy
    • PHYSIOLOGY
      • Physiology and its sub-branches
      • Cell membrane physiology
      • Homeostasis
      • Membrane potential
      • Movements of cell
      • Depolarization and repolarization
      • Autonomic nervous system
    • EMBRYOLOGY
      • ​​​​​​​Introduction to embryology
      • Spermatogenesis
      • Oogenesis
      • Transport of gametes
      • Female reproductive cycle
      • Fertilization events
      • IVF, Intra cytoplasmic sperm injection (ICSI)
      • Fertilization – clinical (correlates cleavage and blastocyst formation)
      • Implantation and its abnormalities
      • Amniotic cavity
      • Events of 2nd week of development
      • Formation of notochord
      • Events of 3rd week of development
      • Derivatives of germ layers
      • Further development of trophoblast and neurulation
      • Fetal membranes 
      • 4th week : Folding of embryo
      • Highlights of 4-8 weeks
    • HISTOLOGY
      • ​​​​​​​Basic body tissue
      • Definition of tissue
      • Epithelial, connective, muscular, nervous tissue
      • Classification of epithelium
      • General characteristics and functions of epithelium
      • Glandular epithelium
      • Epithelial cell surface specialization
      • Structure and function of basement membrane
      • Connective tissue
    • BIOCHEMISTRY
      • ​​​​​​​Introduction to biochemistry and its application in medicine
      • Biochemical structure of cell
      • Biochemical structure of mitochondria
      • Nuclear membrane
      • RNA and DNA
      • Buffer
      • Cell membrane transport mechanism
      • Chemistry of acids and bases
      • Importance of surface tension and viscosity in our body
      • Carbohydrates
      • Structure and function of GAGs
      • Genetics
      • Enzymes
    • PATHOLOGY
      • Introduction to pathology and its implication in medicine
      • Cell injury
      • Necrosis
      • Inflammation​​​​​​​​​​​​​​
    • COMMUNITY MEDICINE​​​​​​​
      • Determinants of health
      • Disease causation
      • Chain of infection
      • Levels of prevention
    • PHARMACOLOGY
      • ​​​​​​​Routes of administration of drugs
      • Transmembrane drug transport
      • Receptor and cellular basis (types of drug receptors)
    • FORENSIC MEDICINE
      • ​​​​​​​Death
    • LAB WORK
      • ​​​​​​​The microscope
      • Lab equipment
      • pH and buffer solutions
      • Sterilization
      • Capillary blood sampling
      • Detection of monosaccharides
      • Detection of reducing and non-reducing sugars
      • Detection of polysaccharides in a given solution
      • Tissue processing
      • Anatomical terms
      • H and E staining
      • Simple epithelia
      • Stratified epithelia
      • Glands
      • Smear preparation
  • 1st Year Study Guidelines

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