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F.Sc 2nd Year Pre-Medical (Punjab) Contents Include
-
-
- Support And Movements In Plants
- Support And Movements In Animals
- Basic Concepts of Support and Movement In Man
- Axial and Appendicular Skeleton
- Joints
- Deformities Of Skeleton
- Fracture & Its Repair
- Comparison of Smooth, Cardiac and Skeletal Muscles
- Skeletal Muscle and Related Concepts
- Muscle Disorders
- Arrangement Of Skeletal Muscles For Movement Of Skeleton
- Locomotion In Animals
-
- Coordination In Plants
- Biological Rhythms
- Comparison of Nervous and Hormonal Control
- Elements of Nervous System
- Nerve Impulse and Synapse
- Central Nervous System
- Peripheral Nervous System
- Nervous Disorders
- Basic Concepts of Hormonal Control
- Chemical Composition of Hormones
- Hypothalamus
- Pituitary Gland
- Thyroid Gland
- Parathyroid Gland
- Adrenal Glands
- Islets of Langerhans
- Hormones of Alimentary Canal
- Hormones of Ovaries and Testes
- Endocrine Disorders
- Behaviour
-
- Mendelian Inheritance
- Basic Concepts of Genetics
- Continuously Varying Traits
- Genes, Alleles and Gene Pool
- Dominance Relations
- Multiple Alleles
- Rh Blood Group System
- Epistasis Vs Pleiotropy
- Gene Linkage
- Crossing Over
- Sex Linkage
- Solving Pedigree Problems
- Mn Blood Type Or Blood Group System
- Sex Determination
- Diabetes Mellitus And Its Genetic Basis
-
-
- Fields of Force
- Electric Field Lines
- Applications of Electrostatics
- Electric Flux
- Electric Flux Through a Surface Enclosing a Charge
- Gauss's Law and its Applications
- Electric Potential & Electron Volt
- Electric and Gravitational Forces (A Comparison)
- Charge on an Electron by Millikan's Method
- Capacitor and Capacitance of a Parallel Plate Capacitor
- Electric Polarization of Dielectrics
- Energy Stored in a Capacitor
- Charging and Discharging a Capacitor
-
- Magnetic Field Due to Current in a Long Straight Wire
- Force on a Current Carrying Conductor in a Uniform Magnetic Field
- Magnetic Flux & Flux Density
- Ampere's Law & Determination of Flux Density B
- Force on a Moving Charge in a Magnetic Field
- Motion of Charged Particle in an Electric & Magnetic Field
- Determination of e/m of an Electron
- Cathode Ray Oscilloscope
- Torque on a Current Carrying Coil
- Galvanometer
- AVO Meter -Multimeter
-
- Introduction to Induced EMF & Current
- Motional EMF
- Faraday's Law and Induced EMF
- Lenz's Law in Direction of Induced EMF
- Self-Induction
- Mutual Induction
- Energy Stored in an Inductor
- Alternating Current Generator
- D.C. Generator
- Back Motor Effect in Generators
- D.C Motor
- Back EMF Effect in Motors
- Transformer
-
- Alternating Current
- A.C. Circuits
- A.C. Through a Resistor
- A.C. Through a Capacitor
- A.C. Through an Inductor
- Impedance
- R-C and R-L Series Circuits
- Power in A.C. Circuits
- Series Resonance Circuit
- Parallel Resonance Circuit
- Three Phase A.C. Supply
- Principle of Metal Detectors
- Choke
- Electromagnetic Waves
- Principle of Generation, Transmission & Reception of Electromagnetic Waves
- Modulation
-
- Atomic Nucleus
- Isotopes
- Mass Defect and Binding Energy
- Radioactivity
- Half Life
- Interaction of Radiation with Matter
- Radiation Detectors
- Nuclear Reactions
- Nuclear Fission
- Fusion Reaction
- Radiation Exposure
- Biological Effects of Radiation
- Biological and Medical Uses of Radiation
- Basic Forces of Nature & Building Blocks of Matter
-
-
-
F.Sc 2nd Year Pre-Medical (Sindh) Contents Include
-
-
- Basic Concepts of Homeostasis (Low Imp.)
- Osmoregulation (High Imp.)
- Excretion In Plants (Medium Imp.)
- Excretion in Animals (Nature of Excretory Products in Relation to Habitats + Excretion In Representative Animals) (High Imp.)
- Metabolic Wastes & Excretory Organs Of Humans (High Imp.)
- Kidney as Osmoregulatory Organ (High Imp.)
- Kidney Problems and Cure (Medium Imp.)
- Thermoregulation (Medium Imp.)
-
- Support In Plants + Significance of Secondary Growth + Movements In Plants (Medium Imp.)
- Support And Movements In Animals (Medium Imp.)
- Basic Concepts of Support and Movement In Man (Low Imp.)
- Human Skeleton (High Imp.)
- Joints (High Imp.)
- Deformities Of Skeleton (Medium Imp.)
- Repair Of Broken Bones (High Imp.)
- Comparison of Smooth, Cardiac and Skeletal Muscles (High Imp.)
- Skeletal Muscle and Related Concepts (High Imp.)
- Muscle Disorders (Medium Imp.)
- Arrangement Of Skeletal Muscles For Movement Of Skeleton (High Imp.)
- Locomotion In Protoctista And Invertebrates + Locomotion And Skeleton In Vertebrates (Medium Imp.)
-
- Coordination In Plants (High Imp.)
- Biological Rhythms (Low Imp.)
- Elements of Nervous System (Low Imp.)
- Nerve Impulse and Synapse (High Imp.)
- Central Nervous System (High Imp.)
- Peripheral Nervous System (Medium Imp.)
- Nervous Disorders (Medium Imp.)
- Chemical Composition of Hormones (Low Imp.)
- Basic Concepts of Hormonal Control (Low Imp.)
- Hypothalamus (High Imp.)
- Pituitary Gland (High Imp.)
- Thyroid Gland (High Imp.)
- Parathyroid Gland (Medium Imp.)
- Islets of Langerhans (Medium Imp.)
- Adrenal Gland (High Imp.)
- Hormones of Alimentary Canal (Medium Imp.)
- Hormones of Ovaries and Testes (Medium Imp.)
- Endocrine Disorders (Medium Imp.)
- Comparison of Nervous and Hormonal Control (Medium Imp.)
- Behaviour (High Imp.)
-
- Chromosomes (Composition + Types) (High Imp.)
- Chromosomal Theory Of Inheritance (High Imp.)
- DNA As Hereditary Material (Medium Imp.)
- Chemical Nature of DNA (High Imp.)
- DNA Replication + The Meselson - Stahl Experiment (High Imp.)
- What Is Gene (High imp)
- One Gene, One Polypeptide Hypothesis (Medium imp)
- Mechanism of Gene Expression (Medium Imp.)
- Mutations (Medium Imp.)
-
- Genes, Alleles and Gene Pool (Low Imp.)
- Mendelian Inheritance (High Imp.)
- Dominance Relations (Medium Imp.)
- Multiple Alleles + ABO Blood Group System (Low Imp.)
- Rh Blood Group System (Medium Imp.)
- Epistasis Vs Pleiotropy (High Imp.)
- Continuously Varying Traits (Medium Imp.)
- Gene Linkage (Medium Imp.)
- Crossing Over (High Imp.)
- Sex Determination (High Imp.)
- Sex Linkage (High Imp.)
- Solving Pedigree Problems (Medium Imp.)
- Diabetes Mellitus And Its Genetic Basis (High Imp.)
-
- Recombinant DNA Technology + Molecular Scissors + Genomic Library (High Imp.)
- Biotechnology Products (Transgenic Bacteria + Plants + Animals) (Medium Imp.)
- Polymerase Chain Reaction (High Imp.)
- Analyzing DNA (DNA Finger Printing + Gene Sequencing) (High Imp.)
- The Human Genome Project (High Imp.)
- Gene Therapy (Medium Imp.)
- Tissue Culture (Medium Imp.)
- Cloning (Low Imp.)
- Agricultural Plants With Improved Traits (Medium Imp.)
-
- Concept of Evolution Vs Special Creation (Low Imp.)
- Evolution From Prokaryotes To Eukaryotes (Low Imp.)
- Lamarck’s & Darwin’s Theories of Evolution (High Imp.)
- Evidences of Evolution (Medium Imp.)
- Hardy-Weinberg Theorem (Population + Gene Pool + Allele And Genotype Frequencies + Factors Affecting Gene Frequency) (High Imp.)
- Endangered Species (Low Imp.)
-
-
-
- Magnetic Field Due to Current in a Long Straight Wire (High Imp.)
- Force on a Current Carrying Conductor in a Uniform Magnetic Field (Medium Imp.)
- Ampere\'s Law & Determination of Flux Density B (High Imp.)
- Faraday's Law and Induced EMF (Medium Imp.)
- Self-Induction (Medium Imp.)
- Mutual Induction (Medium Imp.)
- Transformer (High Imp.)
-
-
- Introduction to s-Block Elements (Low Imp.)
- General Behaviour of s-Block Elements (Medium Imp.)
- Commercial Preparation of Sodium by Down\'s Cell (High Imp.)
- Commercial Preparation of Sodium Hydroxide by the Diaphragm Cell (High Imp.)
- Role of Gypsum in Agriculture & Industry (High Imp.)
- Role of Lime (CaO) in Agriculture & Industry (High Imp.)
-
- Group III-A Elements (Low Imp.)
- Compounds of Boron (High Imp.)
- Reactions of Aluminium (Medium Imp.)
- Group IV-A Elements (Low Imp.)
- Compounds of Carbon & Silicon (High Imp.)
- Semiconductors (Low Imp.)
- Uses of Lead Compounds in Paints (Medium Imp.)
- Group V-A Elements (Low Imp.)
- Nitrogen and its Compounds (High Imp.)
- Inertness of Nitrogen (Medium Imp.)
- Phosphorus and its Compounds (High Imp.)
- Group VI-A Elements (Low Imp.)
- Properties of Sulphuric Acid (Low Imp.)
- Properties of Halogens & Uses Of Chlorine (Medium Imp.)
- Peculiar Behaviour of Fluorine (Low Imp.)
- Oxidizing Properties of Halogens (Medium Imp.)
- Reactions of Chlorine with NaOH (High Imp.)
- Compounds of Halogens (Low Imp.)
- Commercial Uses of Halogens (Low Imp.)
-
- Introduction to Transition Elements (Low Imp.)
- Properties of Transition Elements (Medium Imp.)
- Oxidation States & Colour of Transition Elements (Medium Imp.)
- Complex Compounds of Transition Elements (High Imp.)
- Chromates And Dichromates & Potassium Permanganate KMnO4 (Low Imp.)
- Iron (Low Imp.)
- Corrosion (High Imp.)
- Use of Transition Elements as Catalyst (Medium Imp.)
-
- Introduction to Aliphatic Hydrocarbons (Medium Imp.)
- Alkanes or Paraffins (Preparation + Properties + Reactivity + Uses) (High Imp.)
- Reactions of Alkanes (High Imp.)
- Alkenes (High Imp.)
- Preparation of Alkenes (Dehydrohalogenation of Alkyl Halides, Dehydration of Alcohols) (High Imp.)
- Alkynes (High Imp.)
- Introduction to Aromatic Hydrocarbons (Low Imp.)
- Introduction to Benzene (Medium Imp.)
- Preparation of Benzene (High Imp.)
- Reactions & Orientation of Benzene (High Imp.)
-
- Introduction & Classification of Alcohols (Low Imp.)
- Preparation of Alcohols (Medium Imp.)
- Reactions of Alcohol and Uses of Alcohols (High Imp.)
- Distinction between Primary, Secondary and Tertiary Alcohols (Medium Imp.)
- Phenol (Acidic Behaviour, Salt Formation, Ester Formation & Halogenation) (High Imp.)
- Ethers (Medium Imp.)
- Introduction to Carbonyl Compounds (Low Imp.)
- Preparation of Carbonyl Compounds (Medium Imp.)
- Reactions of Carbonyl Compounds (High Imp.)
- Reactions of Carbonyl Compounds with HCN, 2,4 DNPH, Na Borohydride & Oxidation Reactions (High Imp.)
- Identification of Carbonyl Compounds (Low Imp.)
- Tollen's Test & Fehling's Solution Test (High Imp.)
- Uses of Formaldehyde & Acetaldehyde (Medium Imp.)
- Iodoform Test (High Imp.)
- Introduction to Carboxylic Acids (Low Imp.)
- Preparation of Carboxylic Acids (High Imp.)
- Physical Characteristics of Carboxylic Acids (Medium Imp.)
- Reactivity of Carboxyl Group (High Imp.)
- Esters (High Imp.)
- Acetic Acid (Medium Imp.)
F.Sc 2nd Year Pre-Medical (KPK) Contents Include
-
-
- Basic Concepts of Support and Movement In Man (Low Imp.)
- Human Skeleton (High Imp.)
- Joints (High Imp.)
- Deformities Of Skeleton (Medium Imp.)
- Repair Of Broken Bones (High Imp.)
- Comparison of Smooth, Cardiac and Skeletal Muscles (High Imp.)
- Skeletal Muscle and Related Concepts (High Imp.)
- Muscle Disorders (Medium Imp.)
- Arrangement Of Skeletal Muscles For Movement Of Skeleton (High Imp.)
- Locomotion In Protoctista And Invertebrates + Locomotion And Skeleton In Vertebrates (Medium Imp.)
- Support And Movements In Animals (Medium Imp.)
-
- Basic Concepts of Hormonal Control (Low Imp.)
- Chemical Composition of Hormones (Low Imp.)
- Hypothalamus (High Imp.)
- Pituitary Gland (High Imp.)
- Thyroid Gland (High Imp.)
- Parathyroid Gland (Medium Imp.)
- Islets of Langerhans (Medium Imp.)
- Adrenal Gland (High Imp.)
- Hormones of Alimentary Canal (Medium Imp.)
- Hormones of Ovaries and Testes (Medium Imp.)
- Endocrine Disorders (Medium Imp.)
-
- Genes, Alleles and Gene Pool (Low Imp.)
- Dihybrid And Dihybrid Cross (High Imp.)
- Dominance Relations (Medium Imp.)
- Mn Blood Type Or Blood Group System (Medium Imp.)
- Multiple Alleles + ABO Blood Group System (Low Imp.)
- Rh Blood Group System (Medium Imp.)
- Epistasis Vs Pleiotropy (High Imp.)
- Continuously Varying Traits (Medium Imp.)
- Gene Linkage (Medium Imp.)
- Crossing Over (High Imp.)
- Sex Determination (High Imp.)
- Sex Linkage (High Imp.)
- Solving Pedigree Problems (Medium Imp.)
- Diabetes Mellitus And Its Genetic Basis (High Imp.)
-
- Chromosomes (Composition + Types) (High Imp.)
- Chromosomal Theory Of Inheritance (High Imp.)
- DNA As Hereditary Material (Medium Imp.)
- DNA Replication + The Meselson - Stahl Experiment (High Imp.)
- One Gene, One Polypeptide Hypothesis (Medium imp)
- What Is Gene (High imp)
- Transcription + Cell Use Rna To Make Protein + Three Types of RNA (Medium Imp.)
- Chemical Nature of DNA (High Imp.)
- Mutations (Medium Imp.)
-
- Recombinant DNA Technology + Molecular Scissors + Genomic Library (High Imp.)
- Polymerase Chain Reaction (High Imp.)
- Analyzing DNA (DNA Finger Printing + Gene Sequencing) (High Imp.)
- The Human Genome Project (High Imp.)
- Tissue Culture (Medium Imp.)
- Biotechnology Products (Transgenic Bacteria + Plants + Animals) (Medium Imp.)
- Gene Therapy (Medium Imp.)
- Agricultural Plants With Improved Traits (Medium Imp.)
- Cloning (Low Imp.)
-
-
- Coulomb's Law (High Imp.)
- Fields of Force (Low Imp.)
- Electric Field Lines (Medium Imp.)
- Applications of Electrostatics (High Imp.)
- Electric Flux (Medium Imp.)
- Electric Flux Through a Surface Enclosing a Charge (Medium Imp.)
- Gauss's Law and its Applications (High Imp.)
- Electric Potential & Electron Volt (Low Imp.)
- Capacitor and Capacitance of a Parallel Plate Capacitor (High Imp.)
- Electric Polarization of Dielectrics (Medium Imp.)
- Energy Stored in a Capacitor (High Imp.)
- Charging and Discharging a Capacitor (High Imp.)
-
- Force on a Current Carrying Conductor in a Uniform Magnetic Field (Medium Imp.)
- Magnetic Flux & Flux Density (Low Imp.)
- Ampere's Law & Determination of Flux Density B (High Imp.)
- Force on a Moving Charge in a Magnetic Field (High Imp.)
- Torque on a Current Carrying Coil (Medium Imp.)
- Galvanometer (Medium Imp.)
-
-
-
- Introduction to Periodic Table (Low Imp.)
- Periodic Trends (Medium Imp.)
- The Position of Hydrogen (High Imp.)
- Introduction to s-Block Elements (Low Imp.)
- General Behaviour of s-Block Elements (Medium Imp.)
- Periodic Relationships in Compounds (High Imp.)
- Commercial Preparation of Sodium by Down's Cell (High Imp.)
- Commercial Preparation of Sodium Hydroxide by the Diaphragm Cell (High Imp.)
- Role of Gypsum in Agriculture & Industry (High Imp.)
- Role of Lime (CaO) in Agriculture & Industry (High Imp.)
- Group III-A Elements (Low Imp.)
- Compounds of Boron (High Imp.)
- Reactions of Aluminium (Medium Imp.)
- Group IV-A Elements (Low Imp.)
- Compounds of Carbon & Silicon (High Imp.)
- Semiconductors (Low Imp.)
- Uses of Lead Compounds in Paints (Medium Imp.)
- Group V-A Elements (Low Imp.)
- Nitrogen and its Compounds (High Imp.)
- Phosphorus and its Compounds (High Imp.)
- Group VI-A Elements (Low Imp.)
- Manufacturing of Sulphuric Acid (High Imp.)
- Properties of Sulphuric Acid (Low Imp.)
- Reactions of Chlorine with NaOH (High Imp.)
- Peculiar Behaviour of Fluorine (Low Imp.)
- Oxidizing Properties of Halogens (Medium Imp.)
- Compounds of Halogens (Low Imp.)
- Commercial Uses of Halogens (Low Imp.)
- Noble Gases (Low Imp.)
- Applications of Noble Gases (High Imp.)
-
- Introduction to Transition Elements (Low Imp.)
- Electronic Configurations (High Imp.)
- Properties of Transition Elements (Medium Imp.)
- Complex Compounds of Transition Elements (High Imp.)
- Iron (Low Imp.)
- Use of Transition Elements as Catalyst (Medium Imp.)
- Compounds Containing Transition Elements (Low Imp.)
- Corrosion (High Imp.)
-
- Introduction to Aromatic Hydrocarbons (Low Imp.)
- Introduction to Aliphatic Hydrocarbons (Medium Imp.)
- Preparation, Properties, Reactivity & Uses of Alkanes (High Imp.)
- Reactions of Alkanes (High Imp.)
- Alkenes (High Imp.)
- Isomerism (Medium Imp.)
- Alkynes (High Imp.)
- Introduction to Benzene (Medium Imp.)
- Preparation of Benzene (High Imp.)
-
F.Sc 2nd Year Pre-Medical (Balochistan) Contents Include
-
-
- Basic Concepts of Homeostasis (Low Imp.)
- Osmoregulation (High Imp.)
- Excretion In Plants (Medium Imp.)
- Excretion in Animals (Nature of Excretory Products in Relation to Habitats + Excretion In Representative Animals) (High Imp.)
- Metabolic Wastes & Excretory Organs Of Humans (High Imp.)
- Kidney as Osmoregulatory Organ (High Imp.)
- Kidney Problems and Cure (Medium Imp.)
- Thermoregulation (Medium Imp.)
-
- Support In Plants + Significance of Secondary Growth + Movements In Plants (Medium Imp.)
- Support And Movements In Animals (Medium Imp.)
- Basic Concepts of Support and Movement In Man (Low Imp.)
- Human Skeleton (High Imp.)
- Joints (High Imp.)
- Deformities Of Skeleton (Medium Imp.)
- Repair Of Broken Bones (High Imp.)
- Comparison of Smooth, Cardiac and Skeletal Muscles (High Imp.)
- Skeletal Muscle and Related Concepts (High Imp.)
- Muscle Disorders (Medium Imp.)
- Arrangement Of Skeletal Muscles For Movement Of Skeleton (High Imp.)
- Locomotion In Protoctista And Invertebrates + Locomotion And Skeleton In Vertebrates (Medium Imp.)
-
- Coordination In Plants (High Imp.)
- Biological Rhythms (Low Imp.)
- Comparison of Nervous and Hormonal Control (Medium Imp.)
- Elements of Nervous System (Low Imp.)
- Nerve Impulse and Synapse (High Imp.)
- Central Nervous System (High Imp.)
- Peripheral Nervous System (Medium Imp.)
- Nervous Disorders (Medium Imp.)
- Basic Concepts of Hormonal Control (Low Imp.)
- Chemical Composition of Hormones (Low Imp.)
- Hypothalamus (High Imp.)
- Pituitary Gland (High Imp.)
- Thyroid Gland (High Imp.)
- Parathyroid Gland (Medium Imp.)
- Adrenal Gland (High Imp.)
- Islets of Langerhans (Medium Imp.)
- Hormones of Alimentary Canal (Medium Imp.)
- Hormones of Ovaries and Testes (Medium Imp.)
- Endocrine Disorders (Medium Imp.)
- Behaviour (High Imp.)
-
- Reproduction In (Plants + Photoperiodism) (Medium Imp.)
- Reproduction In Animals (Medium Imp.)
- Tissue Culture (Medium Imp.)
- Cloning (Low Imp.)
- Gametogenesis (Medium Imp.)
- Male Reproductive System (High Imp.)
- Female Reproductive System (High Imp.)
- Test Tube Babies (Medium Imp.)
- Sexually Transmitted Diseases (High Imp.)
-
- Chromosomal Theory Of Inheritance (High Imp.)
- Chromosomes (Composition + Types) (High Imp.)
- DNA As Hereditary Material (Medium Imp.)
- Chemical Nature of DNA (High Imp.)
- DNA Replication + The Meselson - Stahl Experiment (High Imp.)
- One Gene, One Polypeptide Hypothesis (Medium imp)
- What Is Gene (High imp)
- Transcription + Cell Use Rna To Make Protein + Three Types of RNA (Medium Imp.)
- Mutations (Medium Imp.)
-
- Genes, Alleles and Gene Pool (Low Imp.)
- Dihybrid And Dihybrid Cross (High Imp.)
- Dominance Relations (Medium Imp.)
- Mn Blood Type Or Blood Group System (Medium Imp.)
- Multiple Alleles + ABO Blood Group System (Low Imp.)
- Rh Blood Group System (Medium Imp.)
- Epistasis Vs Pleiotropy (High Imp.)
- Continuously Varying Traits (Medium Imp.)
- Gene Linkage (Medium Imp.)
- Crossing Over (High Imp.)
- Sex Determination (High Imp.)
- Sex Linkage (High Imp.)
- Solving Pedigree Problems (Medium Imp.)
- Diabetes Mellitus And Its Genetic Basis (High Imp.)
-
- Recombinant DNA Technology + Molecular Scissors + Genomic Library (High Imp.)
- Polymerase Chain Reaction (High Imp.)
- Analyzing DNA (DNA Finger Printing + Gene Sequencing) (High Imp.)
- The Human Genome Project (High Imp.)
- Biotechnology Products (Transgenic Bacteria + Plants + Animals) (Medium Imp.)
- Gene Therapy (Medium Imp.)
- Agricultural Plants With Improved Traits (Medium Imp.)
-
- Concept of Evolution Vs Special Creation (Low Imp.)
- Evolution From Prokaryotes To Eukaryotes (Low Imp.)
- Lamarck’s & Darwin’s Theories of Evolution (High Imp.)
- Evidences of Evolution (Medium Imp.)
- Hardy-Weinberg Theorem (Population + Gene Pool + Allele And Genotype Frequencies + Factors Affecting Gene Frequency) (High Imp.)
- Endangered Species (Low Imp.)
-
-
-
- Electric Field Lines (Medium Imp.)
- Applications of Electrostatics (High Imp.)
- Electric Flux (Medium Imp.)
- Electric Flux Through a Surface Enclosing a Charge (Medium Imp.)
- Gauss's Law and its Applications (High Imp.)
- Electric Potential & Electron Volt (Low Imp.)
- Electric and Gravitational Forces (A Comparison) (Low Imp.)
- Charge on an Electron by Millikan's Method (High Imp.)
- Capacitor and Capacitance of a Parallel Plate Capacitor (High Imp.)
- Energy Stored in a Capacitor (High Imp.)
- Charging and Discharging a Capacitor (High Imp.)
-
- Basic Concepts of Electric Current (Low Imp.)
- Ohm's Law (High Imp.)
- Resistance & Resistivity (Medium Imp.)
- Colour Code for Carbon Resistances (Medium Imp.)
- Electrical Power & Power Dissipation in Resistors (Medium Imp.)
- EMF & Potential Difference (Low Imp.)
- Kirchhoff's Rules (High Imp.)
- Wheatstone Bridge (High Imp.)
- Potentiometer (High Imp.)
-
- Force on a Current Carrying Conductor in a Uniform Magnetic Field (Medium Imp.)
- Magnetic Flux & Flux Density (Low Imp.)
- Ampere's Law & Determination of Flux Density B (High Imp.)
- Force on a Moving Charge in a Magnetic Field (High Imp.)
- Motion of Charged Particle in an Electric & Magnetic Field (Medium Imp.)
- Determination of e/m of an Electron (High Imp.)
- Cathode Ray Oscilloscope (Medium Imp.)
- Torque on a Current Carrying Coil (Medium Imp.)
- AVO Meter -Multimeter (Medium Imp.)
-
- Introduction to Induced EMF & Current (Low Imp.)
- Motional EMF (Low Imp.)
- Faraday's Law and Induced EMF (Medium Imp.)
- Lenz's Law in Direction of Induced EMF (High Imp.)
- Self-Induction (Medium Imp.)
- Mutual Induction (Medium Imp.)
- Energy Stored in an Inductor (Medium Imp.)
- Alternating Current Generator (High Imp.)
-
- Alternating Current (Medium Imp.)
- A.C. Circuits (Low Imp.)
- A.C. Through a Resistor (High Imp.)
- A.C. Through a Capacitor (High Imp.)
- A.C. Through an Inductor (High Imp.)
- Impedance (Medium Imp.)
- R-C and R-L Series Circuits (High Imp.)
- Power in A.C. Circuits (Low Imp.)
- Series Resonance Circuit (Low Imp.)
- Parallel Resonance Circuit (Medium Imp.)
- Three Phase A.C. Supply (Medium Imp.)
- Electromagnetic Waves (Low Imp.)
-
- Brief Review of p-n Junction And its Characteristics (Low Imp.)
- Rectification (Medium Imp.)
- Specially Designed p-n Junctions (High Imp.)
- Transistor (Medium Imp.)
- Operational Amplifier (Medium Imp.)
- Op-Amp as an Inverting Amplifier (High Imp.)
- Op-Amp as a Non-Inverting Amplifier (High Imp.)
- Comparator as a Night Switch (High Imp.)
-
- Mass Defect and Binding Energy (High Imp.)
- Radioactivity (Medium Imp.)
- Half Life (High Imp.)
- Interaction of Radiation with Matter (Low Imp.)
- Radiation Detectors (Low Imp.)
- Nuclear Reactions (Medium Imp.)
- Nuclear Fission (High Imp.)
- Fusion Reaction (High Imp.)
- Radiation Exposure (Low Imp.)
- Basic Forces of Nature & Building Blocks of Matter (Medium Imp.)
-
-
-
- Introduction to s-Block Elements (Low Imp.)
- General Behaviour Of Alkali Metals (Medium Imp.)
- General Behaviour of Alkaline Earth Metals (Medium Imp.)
- Commercial Preparation of Sodium by Down\'s Cell (High Imp.)
- Commercial Preparation of Sodium Hydroxide by the Diaphragm Cell (High Imp.)
- Role of Gypsum in Agriculture & Industry (High Imp.)
- Role of Lime (CaO) in Agriculture & Industry (High Imp.)
-
- Properties of Halogens & Uses Of Chlorine (Medium Imp.)
- Peculiar Behaviour of Fluorine (Low Imp.)
- Oxidizing Properties (Medium Imp.)
- Reactions of Chlorine with NaOH (High Imp.)
- Compounds of Halogens (Low Imp.)
- Commercial Uses of Halogens & Their Compounds (Low Imp.)
- Noble Gases (Low Imp.)
- Applications of Noble Gases (High Imp.)
-
- Introduction to Transition Elements (Low Imp.)
- Electronic Configurations (High Imp.)
- Properties of Transition Elements (Medium Imp.)
- Complex Compounds of Transition Elements (High Imp.)
- Iron (Low Imp.)
- Use of Transition Elements as Catalyst (Medium Imp.)
- Chromates And Dichromates & Potassium Permanganate KMnO4 (Low Imp.)
- Corrosion (High Imp.)
-
- Introduction to Organic Chemistry (Low Imp.)
- Features and Sources of Organic Compounds (Medium Imp.)
- Cracking of Petroleum (High Imp.)
- Reforming (High Imp.)
- Classification of Organic Compounds (Medium Imp.)
- Functional Group (High Imp.)
- Hybridization of Orbitals & Shapes of Molecules (High Imp.)
- Isomerism (Medium Imp.)
-
- Introduction to Aliphatic Hydrocarbons (Medium Imp.)
- Nomenclature (High Imp.)
- Alkanes or Paraffins (Preparation + Properties + Reactivity + Uses) (High Imp.)
- Reactions of Alkanes (High Imp.)
- Alkenes (High Imp.)
- Preparation of Alkenes (Dehydrohalogenation of Alkyl Halides, Dehydration of Alcohols) (High Imp.)
- Alkynes (High Imp.)
-
- Introduction & Classification of Alcohols (Low Imp.)
- Preparation of Alcohols (Medium Imp.)
- Reactions of Alcohol and Uses of Alcohols (High Imp.)
- Distinction between Primary, Secondary and Tertiary Alcohols (Medium Imp.)
- Phenol (Acidic Behaviour, Salt Formation, Ester Formation & Halogenation) (High Imp.)
- Ethers (Medium Imp.)
-
- Introduction to Carbonyl Compounds (Low Imp.)
- Preparation of Carbonyl Compounds (Medium Imp.)
- Reactions of Carbonyl Compounds (High Imp.)
- Reactions of Carbonyl Compounds with HCN, 2,4 DNPH, Na Borohydride & Oxidation Reactions (High Imp.)
- Identification of Carbonyl Compounds (Low Imp.)
- Tollen\'s Test & Fehling\'s Solution Test (High Imp.)
- Uses of Formaldehyde & Acetaldehyde (Medium Imp.)
- Iodoform Test (High Imp.)
F.Sc 2nd Year Pre-Medical (Federal) Contents Include
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-
- Basic Concepts Related To Gaseous Exchange (Low Imp.)
- Gaseous Exchange In Animals (Medium Imp.)
- Anatomy of Respiratory System (High Imp.)
- Mechanism of Breathing (High Imp.)
- Transport of Respiratory Gases (High Imp.)
- Respiratory Pigments (Medium Imp.)
- Respiratory Disorders (High Imp.)
- Diving Reflex (Medium Imp.)
-
- Basic Concepts of Support and Movement In Man (Low Imp.)
- Human Skeleton (High Imp.)
- Joints (High Imp.)
- Deformities Of Skeleton (Medium Imp.)
- Repair Of Broken Bones (High Imp.)
- Comparison of Smooth, Cardiac and Skeletal Muscles (High Imp.)
- Skeletal Muscle and Related Concepts (High Imp.)
- Muscle Disorders (Medium Imp.)
- Arrangement Of Skeletal Muscles For Movement Of Skeleton (High Imp.)
- Locomotion In Protoctista And Invertebrates + Locomotion And Skeleton In Vertebrates (Medium Imp.)
- Support And Movements In Animals (Medium Imp.)
-
- Basic Concepts of Hormonal Control (Low Imp.)
- Chemical Composition of Hormones (Low Imp.)
- Hypothalamus (High Imp.)
- Pituitary Gland (High Imp.)
- Thyroid Gland (High Imp.)
- Parathyroid Gland (Medium Imp.)
- Islets of Langerhans (Medium Imp.)
- Adrenal Gland (High Imp.)
- Hormones of Ovaries and Testes (Medium Imp.)
- Hormones of Alimentary Canal (Medium Imp.)
- Endocrine Disorders (Medium Imp.)
-
- Genes, Alleles and Gene Pool (Low Imp.)
- Mendelian Inheritance (High Imp.)
- Dominance Relations (Medium Imp.)
- Mn Blood Type Or Blood Group System (Medium Imp.)
- Multiple Alleles + ABO Blood Group System (Low Imp.)
- Rh Blood Group System (Medium Imp.)
- Epistasis Vs Pleiotropy (High Imp.)
- Continuously Varying Traits (Medium Imp.)
- Gene Linkage (Medium Imp.)
- Crossing Over (High Imp.)
- Sex Determination (High Imp.)
- Sex Linkage (High Imp.)
- Solving Pedigree Problems (Medium Imp.)
- Diabetes Mellitus And Its Genetic Basis (High Imp.)
-
- Chromosomal Theory Of Inheritance (High Imp.)
- Chromosomes (Composition + Types) (High Imp.)
- DNA As Hereditary Material (Medium Imp.)
- Chemical Nature of DNA (High Imp.)
- DNA Replication + The Meselson - Stahl Experiment (High Imp.)
- One Gene, One Polypeptide Hypothesis (Medium imp)
- What Is Gene (High imp)
- Transcription + Cell Use Rna To Make Protein + Three Types of RNA (Medium Imp.)
- Mutations (Medium Imp.)
-
- Recombinant DNA Technology + Molecular Scissors + Genomic Library (High Imp.)
- Polymerase Chain Reaction (High Imp.)
- Analyzing DNA (DNA Finger Printing + Gene Sequencing) (High Imp.)
- The Human Genome Project (High Imp.)
- Tissue Culture (Medium Imp.)
- Biotechnology Products (Transgenic Bacteria + Plants + Animals) (Medium Imp.)
- Gene Therapy (Medium Imp.)
- Agricultural Plants With Improved Traits (Medium Imp.)
- Cloning (Low Imp.)
-
-
-
- Electric Flux (Medium Imp.)
- Electric Flux Through a Surface Enclosing a Charge (Medium Imp.)
- Gauss's Law and its Applications (High Imp.)
- Electric Potential & Electron Volt (Low Imp.)
- Capacitor and Capacitance of a Parallel Plate Capacitor (High Imp.)
- Electric Polarization of Dielectrics (Medium Imp.)
- Energy Stored in a Capacitor (High Imp.)
- Charging and Discharging a Capacitor (High Imp.)
-
- Magnetic Field Due to Current in a Long Straight Wire (High Imp.)
- Force on a Current Carrying Conductor in a Uniform Magnetic Field (Medium Imp.)
- Magnetic Flux & Flux Density (Low Imp.)
- Ampere's Law & Determination of Flux Density B (High Imp.)
- Force on a Moving Charge in a Magnetic Field (High Imp.)
- Motion of Charged Particle in an Electric & Magnetic Field (Medium Imp.)
- Torque on a Current Carrying Coil (Medium Imp.)
- Galvanometer (Medium Imp.)
- AVO Meter -Multimeter (Medium Imp.)
-
- Introduction to Induced EMF & Current (Low Imp.)
- Motional EMF (Low Imp.)
- Faraday's Law and Induced EMF (Medium Imp.)
- Lenz's Law in Direction of Induced EMF (High Imp.)
- Alternating Current Generator (High Imp.)
- D.C. Generator (Medium Imp.)
- Back Motor Effect in Generators (Medium Imp.)
- Back EMF Effect in Motors (Medium Imp.)
- Transformer (Eddy Currents) (High Imp.)
-
- Relative Motion (Low Imp.)
- Special Theory of Relativity (Medium Imp.)
- Black Body Radiation (Medium Imp.)
- Interaction of Electromagnetic Radiations with Matter (Low Imp.)
- Energy of Photon (High Imp.)
- Photoelectric Effect (High Imp.)
- Pair Production & Annihilation of Matter (High Imp.)
- Wave Nature of Particles (High Imp.)
- Uncertainty Principle (High Imp.)
-
-
-
- Introduction to Periodic Table (Low Imp.)
- Atomic & Physical Properties (High Imp.)
- General Reaction in Periodic Table (Low Imp.)
- Group I and Group II Elements (High Imp.)
- General Behavior of Group I and Group II Elements (High Imp.)
- Group IV-A Elements (High Imp.)
- Compounds of Carbon & Silicon (High Imp.)
- Uses of Lead Compounds in Paints (High Imp.)
- Group VII elements Halogens (Medium Imp.)
-
- Introduction to Aliphatic Hydrocarbons (Medium Imp.)
- IUPAC Nomenclature (High Imp.)
- Introduction to Aromatic Hydrocarbons (Low Imp.)
- Preparation, Properties, Reactivity & Uses of Alkanes (High Imp.)
- Reactions of Alkanes (High Imp.)
- Alkenes (High Imp.)
- Isomerism (Medium Imp.)
- Alkynes (High Imp.)
- Introduction to Benzene (Medium Imp.)
- Preparation of Benzene (High Imp.)
- Reactions & Reactivity of Benzene (High Imp.)
-
F.Sc 2nd Year Pre-Medical (AJK) Contents Include
-
-
- Basic Concepts of Homeostasis (Low Imp.)
- Osmoregulation (High Imp.)
- Excretion In Plants (Medium Imp.)
- Excretion in Animals (Nature of Excretory Products in Relation to Habitats + Excretion In Representative Animals) (High Imp.)
- Metabolic Wastes & Excretory Organs Of Humans (High Imp.)
- Kidney as Osmoregulatory Organ (High Imp.)
- Kidney Problems and Cure (Medium Imp.)
- Thermoregulation (Medium Imp.)
-
- Support In Plants + Significance of Secondary Growth + Movements In Plants (Medium Imp.)
- Support And Movements In Animals (Medium Imp.)
- Basic Concepts of Support and Movement In Man (Low Imp.)
- Human Skeleton (High Imp.)
- Joints (High Imp.)
- Deformities Of Skeleton (Medium Imp.)
- Repair Of Broken Bones (High Imp.)
- Comparison of Smooth, Cardiac and Skeletal Muscles (High Imp.)
- Skeletal Muscle and Related Concepts (High Imp.)
- Muscle Disorders (Medium Imp.)
- Arrangement Of Skeletal Muscles For Movement Of Skeleton (High Imp.)
- Locomotion In Protoctista And Invertebrates + Locomotion And Skeleton In Vertebrates (Medium Imp.)
-
- Coordination In Plants (High Imp.)
- Biological Rhythms (Low Imp.)
- Comparison of Nervous and Hormonal Control (Medium Imp.)
- Elements of Nervous System (Low Imp.)
- Nerve Impulse and Synapse (High Imp.)
- Central Nervous System (High Imp.)
- Peripheral Nervous System (Medium Imp.)
- Nervous Disorders (Medium Imp.)
- Basic Concepts of Hormonal Control (Low Imp.)
- Chemical Composition of Hormones (Low Imp.)
- Hypothalamus (High Imp.)
- Pituitary Gland (High Imp.)
- Thyroid Gland (High Imp.)
- Parathyroid Gland (Medium Imp.)
- Adrenal Glands (High Imp.)
- Islets of Langerhans (Medium Imp.)
- Hormones of Alimentary Canal (Medium Imp.)
- Hormones of Ovaries and Testes (Medium Imp.)
- Endocrine Disorders (Medium Imp.)
- Behaviour (High Imp.)
-
- Reproduction In (Plants + Photoperiodism) (Medium Imp.)
- Reproduction In Animals (Medium Imp.)
- Tissue Culture (Medium Imp.)
- Cloning (Low Imp.)
- Gametogenesis (Medium Imp.)
- Male Reproductive System (High Imp.)
- Female Reproductive System (High Imp.)
- Test Tube Babies (Medium Imp.)
- Sexually Transmitted Diseases (High Imp.)
-
- Chromosomal Theory Of Inheritance (High Imp.)
- Chromosomes (Composition + Types) (High Imp.)
- DNA As Hereditary Material (Medium Imp.)
- Chemical Nature of DNA (High Imp.)
- DNA Replication + The Meselson - Stahl Experiment (High Imp.)
- One Gene, One Polypeptide Hypothesis (Medium imp)
- What Is Gene (High imp)
- Transcription + Cell Use Rna To Make Protein + Three Types of RNA (Medium Imp.)
- Mutations (Medium Imp.)
-
- Genes, Alleles and Gene Pool (Low Imp.)
- Dihybrid And Dihybrid Cross (High Imp.)
- Dominance Relations (Medium Imp.)
- Mn Blood Type Or Blood Group System (Medium Imp.)
- Multiple Alleles + ABO Blood Group System (Low Imp.)
- Rh Blood Group System (Medium Imp.)
- Epistasis Vs Pleiotropy (High Imp.)
- Continuously Varying Traits (Medium Imp.)
- Gene Linkage (Medium Imp.)
- Crossing Over (High Imp.)
- Sex Determination (High Imp.)
- Sex Linkage (High Imp.)
- Solving Pedigree Problems (Medium Imp.)
- Diabetes Mellitus And Its Genetic Basis (High Imp.)
-
- Recombinant DNA Technology + Molecular Scissors + Genomic Library (High Imp.)
- Polymerase Chain Reaction (High Imp.)
- Analyzing DNA (DNA Finger Printing + Gene Sequencing) (High Imp.)
- The Human Genome Project (High Imp.)
- Biotechnology Products (Transgenic Bacteria + Plants + Animals) (Medium Imp.)
- Gene Therapy (Medium Imp.)
- Agricultural Plants With Improved Traits (Medium Imp.)
-
- Concept of Evolution Vs Special Creation (Low Imp.)
- Evolution From Prokaryotes To Eukaryotes (Low Imp.)
- Lamarck’s & Darwin’s Theories of Evolution (High Imp.)
- Evidences of Evolution (Medium Imp.)
- Hardy-Weinberg Theorem (Population + Gene Pool + Allele And Genotype Frequencies + Factors Affecting Gene Frequency) (High Imp.)
- Endangered Species (Low Imp.)
-
-
-
- Electric Field Lines (Medium Imp.)
- Fields of Force (Low Imp.)
- Coulomb's Law (High Imp.)
- Applications of Electrostatics (High Imp.)
- Electric Flux (Medium Imp.)
- Electric Flux Through a Surface Enclosing a Charge (Medium Imp.)
- Gauss's Law and its Applications (High Imp.)
- Electric Potential & Electron Volt (Low Imp.)
- Electric and Gravitational Forces (A Comparison) (Low Imp.)
- Charge on an Electron by Millikan's Method (High Imp.)
- Capacitor and Capacitance of a Parallel Plate Capacitor (High Imp.)
- Energy Stored in a Capacitor (High Imp.)
- Charging and Discharging a Capacitor (High Imp.)
-
- Basic Concepts of Electric Current (Low Imp.)
- Ohm's Law (High Imp.)
- Resistance & Resistivity (Medium Imp.)
- Colour Code for Carbon Resistances (Medium Imp.)
- Electrical Power & Power Dissipation in Resistors (Medium Imp.)
- EMF & Potential Difference (Low Imp.)
- Kirchhoff's Rules (High Imp.)
- Wheatstone Bridge (High Imp.)
- Potentiometer (High Imp.)
-
- Force on a Current Carrying Conductor in a Uniform Magnetic Field (Medium Imp.)
- Magnetic Flux & Flux Density (Low Imp.)
- Ampere's Law & Determination of Flux Density B (High Imp.)
- Force on a Moving Charge in a Magnetic Field (High Imp.)
- Motion of Charged Particle in an Electric & Magnetic Field (Medium Imp.)
- Determination of e/m of an Electron (High Imp.)
- Cathode Ray Oscilloscope (Medium Imp.)
- Torque on a Current Carrying Coil (Medium Imp.)
- AVO Meter -Multimeter (Medium Imp.)
-
- Introduction to Induced EMF & Current (Low Imp.)
- Motional EMF (Low Imp.)
- Faraday's Law and Induced EMF (Medium Imp.)
- Lenz's Law in Direction of Induced EMF (High Imp.)
- Self-Induction (Medium Imp.)
- Mutual Induction (Medium Imp.)
- Energy Stored in an Inductor (Medium Imp.)
- Alternating Current Generator (High Imp.)
- Transformer (High Imp.)
-
- Alternating Current (Medium Imp.)
- A.C. Circuits (Low Imp.)
- A.C. Through a Resistor (High Imp.)
- A.C. Through a Capacitor (High Imp.)
- A.C. Through an Inductor (High Imp.)
- Impedance (Medium Imp.)
- R-C and R-L Series Circuits (High Imp.)
- Power in A.C. Circuits (Low Imp.)
- Series Resonance Circuit (Low Imp.)
- Parallel Resonance Circuit (Medium Imp.)
- Three Phase A.C. Supply (Medium Imp.)
- Electromagnetic Waves (Low Imp.)
-
- Brief Review of p-n Junction And its Characteristics (Low Imp.)
- Rectification (Medium Imp.)
- Specially Designed p-n Junctions (High Imp.)
- Transistor (Medium Imp.)
- Operational Amplifier (Medium Imp.)
- Op-Amp as an Inverting Amplifier (High Imp.)
- Op-Amp as a Non-Inverting Amplifier (High Imp.)
- Comparator as a Night Switch (High Imp.)
-
- Mass Defect and Binding Energy (High Imp.)
- Radioactivity (Medium Imp.)
- Half Life (High Imp.)
- Interaction of Radiation with Matter (Low Imp.)
- Radiation Detectors (Low Imp.)
- Biological and Medical Uses of Radiation
- Biological Effects of Radiation
- Nuclear Reactions (Medium Imp.)
- Nuclear Fission (High Imp.)
- Fusion Reaction (High Imp.)
- Radiation Exposure (Low Imp.)
- Basic Forces of Nature & Building Blocks of Matter (Medium Imp.)
-
-
-
- Introduction to s-Block Elements (Low Imp.)
- General Behaviour Of Alkali Metals (Medium Imp.)
- General Behaviour of Alkaline Earth Metals (Medium Imp.)
- Commercial Preparation of Sodium by Down\'s Cell (High Imp.)
- Commercial Preparation of Sodium Hydroxide by the Diaphragm Cell (High Imp.)
- Role of Gypsum in Agriculture & Industry (High Imp.)
- Role of Lime (CaO) in Agriculture & Industry (High Imp.)
-
- Properties of Halogens & Uses Of Chlorine (Medium Imp.)
- Peculiar Behaviour of Fluorine (Low Imp.)
- Oxidizing Properties (Medium Imp.)
- Reactions of Chlorine with NaOH (High Imp.)
- Compounds of Halogens (Low Imp.)
- Commercial Uses of Halogens & Their Compounds (Low Imp.)
- Noble Gases (Low Imp.)
- Applications of Noble Gases (High Imp.)
-
- Introduction to Transition Elements (Low Imp.)
- Electronic Configurations (High Imp.)
- Properties of Transition Elements (Medium Imp.)
- Oxidation States & Colour of Transition Elements
- Complex Compounds of Transition Elements (High Imp.)
- Iron (Low Imp.)
- Use of Transition Elements as Catalyst (Medium Imp.)
- Chromates And Dichromates & Potassium Permanganate KMnO4 (Low Imp.)
- Corrosion (High Imp.)
-
- Introduction to Organic Chemistry (Low Imp.)
- Features and Sources of Organic Compounds (Medium Imp.)
- Cracking of Petroleum (High Imp.)
- Reforming (High Imp.)
- Classification of Organic Compounds (Medium Imp.)
- Functional Group (High Imp.)
- Hybridization of Orbitals & Shapes of Molecules (High Imp.)
- Isomerism (Medium Imp.)
-
- Introduction to Aliphatic Hydrocarbons (Medium Imp.)
- Nomenclature (High Imp.)
- Alkanes or Paraffins (Preparation + Properties + Reactivity + Uses) (High Imp.)
- Reactions of Alkanes (High Imp.)
- Alkenes (High Imp.)
- Preparation of Alkenes (Dehydrohalogenation of Alkyl Halides, Dehydration of Alcohols) (High Imp.)
- Alkynes (High Imp.)
-
- Introduction & Classification of Alcohols (Low Imp.)
- Preparation of Alcohols (Medium Imp.)
- Reactions of Alcohol and Uses of Alcohols (High Imp.)
- Distinction between Primary, Secondary and Tertiary Alcohols (Medium Imp.)
- Phenol (Acidic Behaviour, Salt Formation, Ester Formation & Halogenation) (High Imp.)
- Ethers (Medium Imp.)
-
- Introduction to Carbonyl Compounds (Low Imp.)
- Preparation of Carbonyl Compounds (Medium Imp.)
- Reactions of Carbonyl Compounds (High Imp.)
- Reactions of Carbonyl Compounds with HCN, 2,4 DNPH, Na Borohydride & Oxidation Reactions (High Imp.)
- Identification of Carbonyl Compounds (Low Imp.)
- Tollen\'s Test & Fehling\'s Solution Test (High Imp.)
- Uses of Formaldehyde & Acetaldehyde (Medium Imp.)
- Iodoform Test (High Imp.)
F.Sc 2nd Year Pre-Medical Pricing
This course is designed for the preparation of F.Sc 2nd Year Pre-Medical - All Boards of Intermediate & Secondary Education (BISE)YOU WILL GET
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Online

- Study anytime, anywhere.
- Adaptability to life style & Learning style.
- Personalized learning experience.
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- Fully supported on pc, mac, android, and ios.
Beneficial

- Best utilization of time.
- Cover all subjects from all angles with the help of video lectures, fast revision notes, question bank and full length practice exams.
- Adapt according to life style and learning style of each student.
Value for money

- Unbeatable Price: Tremendous facilities at affordable cost.
- Well worth the money spent
- Offers lot of savings because there are no additional costs of transportation and accommodation etc. involved.
- Achieve Top Grades
Featured Courses
Our F.Sc 2nd Year Pre-Medical Services Compared To Others
Features |
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Conventional Academies |
---|---|---|
price |
Strarting From PKR 1000/month |
Starting From PKR 10000/month |
adaptability to life style | ||
adaptability to learning style | ||
accessibility to learning content anytime,anywhere | ||
re-usability of content | ||
wastage of time in traveling, waiting etc | ||
pace/speed | Very Fast | Slow |
comfort level/convenience | Excellent | Good |
effectiveness | Reliable Very Easy To Measure | Highly Variable Not Easy To Measure |
scholarships | ||
monitoring progress |
Features |
![]() |
Conventional Academies |
---|---|---|
DURATION | APPROXIMATELY 250 HOURS | APPROXIMATELY 80 HOURS |
STUDENTS SATISFACTION WITH TEACHING QUALITY OF ALL SUBJECTS | ||
FACILITY TO PAUSE/ALTER SPEED/LISTEN AGAIN | ||
MONITORING PROGRESS |
Features |
![]() |
Conventional Academies |
---|---|---|
AVAILABILITY | ||
TABLES/FLOW SHEETS/BULLET POINTS | ||
COLOURED PHOTOGRAPHS & ANIMATIONS FOR BETTER UNDERSTANDING | ||
COST | FREE | APPROXIMATELY 2000 |
Features |
![]() |
Conventional Academies |
---|---|---|
Number of Questions | Very high | Low |
Test creation according to student needs | ||
Automatic marking of each test | ||
Facility to view explanation of each question side by side | ||
Facility to review all previous tests taken by the student | ||
Access to topic wise past questions with explanations | ||
Performance feedback to each student after each test | ||
Facility to take break during test |
Features |
![]() |
Conventional Academies |
---|---|---|
Number of tests | Many | Few |
Test creation according to real exam pattern | ||
Automatic marking of each test | ||
Prediction of score in final exam | ||
Facility to review all previous tests taken by the student | ||
All tests standardized keeping in view previous exam trends | ||
Monitoring progress and giving Performance feedback to each student after test | ||
Facility to take break during test |
Features |
![]() |
Conventional Academies |
---|---|---|
Personalized Study Plan (Powered by AI Tutor) | ||
Video Lectures | ||
Fast Revision Notes | ||
Question Bank | ||
Full Length Practice Exams | ||
Intelligent Analytics | ||
Skill enhancement videos | ||
Personalized notes | ||
Discussion Forum |
Prepare for your FSc pre- medical 2nd Year Exam Online

FSc pre medical is consisted upon two parts. Part 1 is the initial stage where students who are entering afresh in to the intricate field of medical studies gets the introduction to the medical basics and terminology and set the base. FSc part 2 is where they get into stride. Obtaining exceptional results in part 2 is as important as it is in part 1.
TopGrade.pk can help the students of FSc pre medical part 2 to prepare for their exam that ultimately would help them get admitted in the renowned universities around Pakistan.
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FSc Pre Medical Part 2 Preparation in Punjab
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