FBISE REDUCED SYLLABUS
CHEMISTRY-XI
1. STOICHIOMETRY
Introduction
1.1 Mole
1.2 Avogadro’s Number
1.3 PercentageComposition
1.4 Excess and LimitingReagents
1.5 Percentage Yield
2. ATOMICSTRUCTURE
Introduction
2.4 Bohr’s Atomic Model and its applications
2.4.1 - 2.4.5 Derivation of Radius, Energy, Frequency,
Wave Length,
Wave Number
2.4.6 Defects of Bohr’s atomic model
2.4.7 Hydrogen Spectrum
2.5 Planck’s QuantumTheory_
2.7 Quantum Numbers andOrbitals
1. Principle QuantumNumber
2. Azimuthal QuantumNumber
3. Magnetic QuantumNumber
4. Spin Quantum Number
5. Shapes of s, p and dOrbitals
2.7.1 Shells and
sub-shells or orbitals
2.8 Electronic
Configuration
2.8.1 The
relative energies of atomic orbital
2.8.2 Rules
3. THEORIESOFCOVALENTBONDINGANDSHAPESOFMOLECULES
Introduction
3.1 Shapes ofmolecules
3.1.1 VSEPR
3.2 Theories of
covalentbonding
3.2.1 VBT andhybridization
3.2.3 MOT
4. GASES
Introduction
4.2.3 Effect of change in P on V of gas (Boyle’s law)
4.2.4 Effect of change in T on V of gas (Charle’s law)
4.2.5 AbsoluteZero
4.3 Avogadro’sLaw
4.4 Ideal GasEquation (4.4.1- 4.4.3)
4.5 Deviation From Ideal GasBehavior
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4.5.1 Why real
gases deviate from gas law?
4.6 Van der WaalsEquation
4.7 Dalton’s law of partial pressure and its
application
4.8 Graham’s Law of Diffusion andEffusion
5. LIQUIDS
Introduction
5.2 Intermolecular Forces
5.2.1 Dipole-Dipoleinteraction
5.2.2 LondonForces
5.2.3 Hydrogen Bonding
5.3 LiquidCrystals
5.4.4 Liquid crystal and their uses in daily life
history
5.4.5 How to differentiate between liquid crystals from
pure liquids and
crystalline solid.
6. SOLIDS
Introduction
6.3 1. Anisotropy
2. Isomorphism
3. Polymorphism
4. Allotropy
5. Transition
Temperature
6.4 Crystal Lattice
6.4.1 Unit Cell
& Shape of NaCl
6.5.2 Lattice
energy
6.5 Types of
Crystalline Solids
6.5.1 Ionic
Solids
6.5.2 Covalent
Solids
6.5.5 Molecular
and metallic Solids
7. CHEMICAL EQUILIBRIUM
Introduction
7.1.1 Law of
Mass Action
7.1.2 Examples
of EquilibriumConstant expression
7.1.3 Units of
equilibrium constant
7.1.4 Equilibrium expression including partial
pressure, no of moles and
mole fraction.
7.1.5 Types of equilibrium
7.1.7 Applications of equilibrium constant
7.2 Factors Affecting Equilibrium ( Le-Chatellier
Principle)
7.2.1 Effect of Change inConcentration
7.2.2 Effect of Change in Pressure orVolume
7.2.3 Effect of Change inTemperature
7.3 Industrial Application of Le-Chatellier Principle
(Haber’sProcess)
7.5 Common IonEffect
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8. ACIDS, BASES ANDSALTS
Introduction
8.2 8.2.2 Relative Strength of Acids andBases
8.3 Conjugate
Acid-BasePairs
8.4 Strength of Acids andBases
8.4.1 Ionization Equation ofWater and calculation of PH
and POH in
aqueous medium using given Kw values.
8.4.2 Strong and weak acid
8.4.3 Strong and weak base
8.4.4 Relationship of Ka andKb
8.6 Buffer Solutions and theirApplications
8.7 SaltHydrolysis
9. CHEMICALKINETICS
Introduction
9.1 RatesofReactions
9.1.1
Determination of initial rate
9.1.2 Rate law
9.2.3 Order of
Reaction and rate equation
9.2 Collision Theory, Transition State and
ActivationEnergy
10. SOLUTIONS ANDCOLLOIDS
Introduction
10.2 ConcentrationUnits
10.2.1 Percent
10.2.2 Molarity
10.2.3 Molality
10.2.4 Molefraction
10.2.5 Parts per million, billion, andtrillion
10.3 Raoult’sLaw
10.3.1 Causes of lowering of vapour pressure
10.4 Colligative Properties
10.4.1 Lowering of vapour pressure
10.4.2 Elevation of boiling point
10.4.3 Depression in freezing point
11. THERMOCHEMISTRY
11.8 Hess’s Law:
Enthalpy ChangeCalculations
11.9 Born HaberCycle
12. ELECTROCHEMISTRY
Introduction
12.1 Oxidation-ReductionConcepts
12.1.2 OxidationNumbers
12.1.3 Balancing of equation
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12.2 Electrode, Electrode Potential and
ElectrochemicalSeries
12.2.2 Cell potential
12.2.3 Standard Hydrogen electrode
12.2.4 Determination of cell potential
12.2.5 Electrochemical series
12.2.6 Activity series of metal
Note: Topic related questions of self-check exercises
and end exercise are included.
Society, technology and science of all chapters is not included.
It is obvious that questions related to the topics not
mentioned above are not included in
exam. Paper will be curriculum based not book based