1
A P SOCIAL WELFARE RESIDENTIAL EDUCATIONAL INSTITUTIONS SOCIETY : HYDERABAD
SYLLABUS DIVISION FOR THE ACADEMIC YEAR 2013-14
CLASS: Intermediate 1st year.
SUBJECT: Chemistry
Sl.
No
MONTH &
DATE
CHAPTERS
NO OF PERIODS
1
JUNE
WEEK
3/6/13 to
8/6/13
Atomic particles, atomic models, Rutherford molecular models of action,
development Vander to the Bohr’s model of atom, wave nature of electro
magnetic radiation, Particle nature of electro magnetic radiation plank’s
quantum theory, Bohr’s model for hydrogen atom.
6 days
2
Week-2
10/6/13 to
15/6/13
Explanation of line spectrum of hydrogen, Limited of Bohr’s model, quantum
mechanical consideration of matter, Heisenberg’s un certainty principal.
6 days
3
Week-3
17/6/13 to
22/6/13
Quantum mechanical model of atom, Importance features of quantum
mechanical models of atom, Orbital and Quantum numbers, shapes of atomic
orbits, energies of orbiters, filling of orbital in atom, Ant bar principal plank’s
exclusion principal and HUD’s rule of maximum multiplication.
6 days
4
Week-4
24/6/13to
29/6/13
Electronic configuration of atoms, Stability of completely filled and half filled sub
shells, classification of elements and periodicity of properties, Need to classify
elements, genesis of periodic classification, modern periodic law and the present
forms of the periodic table
6 days
5
July
Week-1
1/7/13 to
6/7/13
Nome nature of elements with atomic number great than 100, electronic
configuration of elements and the periodic table, types of elements.
Electronic configuration and types of elements S,P,D,F BLOCKS, periodic trends in
properties of elements, atomic radius.
6 days
2
Sl.
No
MONTH &
DATE
CHAPTERS
NO OF PERIODS
6
Week-2
8/7/13 to
13/7/13
Trends in physical properties, ionic station elephants, electron gain entry,
electronic gravity, periodic trends in chemical properties, periodicity of valance
or oxidation state
6 days
7
Week-3
15/7/13 to
20/7/13
Anomotlns properties of second period elements of diagonal relation ship,
periodic trends and chemical activity,
8
Week-4
22/7/13 to
27/7/13
6 days
Chemical bonding and molecular entrance
Kosset Lewis approach to chemical bonding, Ionic or electro valet band, factors
and favors for the formation of ionic compounds, Ionic compounds – crystal
structure of Nacl, chemical properties of ionic compounds, Bond parameters,
Band length, Band angle, Band enthalpy, band olden polarity of bonds vlsonance
dipole moment
6 days
Formative Assessment From-I 29.07.2013 To 31.07.2013
9
10
AUGUST
Week-1
1/8/13 to
7/8/13
Week-2
2 8/8/13 to
14/8/13
Vsepr theorems – explanation, valance band theory- orbital overlap concept –
direction properties of bands favorable factors for formation of covalent bond.
6 days
Hydrogen station different types of hydrogen station involving s, p and d orbiters
shapes of simple covalent molecules
Coordinate bond definition with examples molecular orbited theorem formation
of molecules orbiter LCAO coordination fer the combination of atomic orbiters
types of molecular and their symmetric energy level of diagram far molecules
orbiters.
6days
3
Sl.
No
MONTH &
DATE
CHAPTERS
NO OF PERIODS
Bond in same molecular dai atomic molecules H2,Hen, LI, B2, C2, N2, and O2
hydrogen bonding types of explanation general properties of hydrogen bonds.
11
Week-3
16/8/13 to
22/8/13
Stall’s of matter, gases and liquids intermolecular forms, thermal energy
intermolecular forms thermal interactions the as eons state, the gas laws – idcal
gas equaling grahams law of diffusion.
6days
12
Week-4
23/8/13 to
28/8/13
Daltons laws of partial pressure, kinetic molecular theory of gases deduction of
gas laws from kinetic gases equation distribution of molecular speeds rms average
and most probable speeds kinetic energy of gases molecular.
5 days
Formative Assessment-II From 28.08.2013 To 31.08.2013
Behavior of veal gases deviation from ideal gas behavior compresimity factors
pressure diagram of real gases.
Liquefaction of gases.
13
September
week-1 2/9/13
to 7/9/13
Liquid state vapor pressure surface tension and viscosity.
12 days
STOICHIOMETRY
Importance of chemistry some basic concepts properties of matter – uncertainty
in measurement significance figure dimensional, analysis law of chemical
cementation law of conversion of mals law of default proportion
14
Week-2
9/9/13 to
14/9/13
Laws of multiple proportion gas lubsacs law of gases volume Delton’s atomic
theorem Avogadro law, principals examples atomic and molecular waves, mole
concept and mole concept of equivalent weight percentage composition of
compounds and calculation of empirical and molecular formulas of compound
6 days
4
Sl.
No
15
MONTH &
DATE
Week-3
16/9/13 to
21/9/13
NO OF PERIODS
CHAPTERS
Stir chiometer and stoichiomrtric calculations, methods of expressing
concentration of solution mass percentage, mole fraction, molarities of morality
and normally red ox reactions, oxidation number concept.
6 days
Types of red ox reaction- combination, decomposition, dis placement and
disproportion reactions balancing of red ox reaction – titer meter
Thermodynamics (08)
16
Week-4
23/9/13to
25/9/13
3 days
Thermodynamic terms, the system and the surrounding –types of system and
surrounding state of the system internal energy work, heat, first law of
thermodynamics application work.
Summative Assessment From 25.09.2013 To 1.10.2013
1 St Term Holidays From 6.10.2013 To 17.10.2013
Re-Opening On 18.10.2013
17
October
week-3
18/10/13to
23/10/13
Enthalpy, it extension and intrusive property
measurement of v and H
heat capacity cp and cv,
5 days
Enthalpies for different types of reaction combustion atomic structure phase
traction sublime and ionization bond enthalpy, solution dilution – lattice enthalpy
spontaneity Gibbs energy endrops absolute entropy and law of thermodynamics.
5
Sl.
No
18
MONTH &
DATE
Week-4
24/10/13 to
31/10/13
19
NOV.WEEK-1
01/11/13 TO
07/11/13
20.
Week-2
08/11/13to
14/11/13
21.
Week-3
15/11/13 to
21/11/13
CHAPTERS
NO OF PERIODS
Chemical equilibrium and acids bases(14) equilibrium physical & chemical
process dynamic equilibrium. law of active mass and equilibrium constant
7 days
1. homogeneous and hetro genious equilibrium relation between K,Q and gibb’s
energy effective factors of equilibrium lechatlier principal application to industrial
synthesis of ammonia and sulphur trioxide, ionic equilibrium in solutions
Acid –bases
Arbenius , bronsted lowly and law’s concept of acid –bases
Ionization of acid and bases, Kw value ionic product of water, pH scale relation
between kc and KP comment ionic effect.
Hydrogen of salts and PH of their solutions suffer solutions and explanation
Solubity product Ksp and common lonion effective and its applications .
Position of hydrogen in the periodic table, the hydrogen occurrence and isotopes,
preparations and chemical properties
Hydrogen and its types, water-hardness, types of hardness, peroxides and
preparations and properties H2O2 structure, storage and uses heavy water –
hydrogen as a fuel
s-block
alkali and alkaline earth metals general properties of alkalis metals, their oxides
halides, oxi- acids- sodium and potassium enomaloas behaviors of beryllium, its
diagonal relation ship with aluminum.
S_BLOCLK
Some important compounds of calcium CaO,Ca(oH)2 CaCo3, plaster of paris,
cement
Biological importance of magnesium and calcium 3rd group elements (boron
family)-(Ip) general introduction
Importance trends and anomalous properties of carbon
6days
6 days
5 days
6
Sl.
No
22.
MONTH &
DATE
CHAPTERS
NO OF PERIODS
22/11/13to
27/11/13
Boron fami- 4p and carbon family -1
Importance compounds of boron borax, orthodoxy acid, diborone, preporations
properties and its structure,
uses of boron, aluminum and their compounds groups 14 carbon family.
General introduction- electronic configuration, atomic and covalent radii,
ionization enthalpy, electro negativity, physical and chemical properties carbon
family environmental chemistry (2p).
5 days
Formative Assessment From 28.11.2013 To 30.11.2013
23.
DEC Week-1st
2/12/13to
7/12/13
24.
week-2
9/12/13 to
14/12/13
25.
Week-3
16/12/13to
21/12/13
Important trends and anomalous properties of carbon, allotropes of carbon
Carbon families,
Uses of carbon
Some important compounds of carbon and silicon’s- carbon, carbon monoxides
carbon dioxide silicon dioxide, silicones, silicates and zealots.
Environmental chemistry
Definition of pollution and types –pollutions classification of pollutions global
warming green house effect
Environmental chemistry envi- 2p+0
Acid rains – ozone hole, affection of depletion of ozone soil pollution, waste
management green chemistry.
Organic chemistry (4p)
General introduction, tetrovalency of carbon shapes of organic compounds
structural representations of organic compounds. Classification of organic
compounds nomenclature of organic compounds isomers ion.
Fundamental concepts in organic reaction mechanisms, fusion of covalent band
Nucleophilies and electrophones
Electron moments in organic reactions electron displacement affects in content
bands types of organic reactions
Methods of purification of organic compounds, quantitative elements analysis of
organic compounds quantitative
elements analysis of organic compounds
classification of hydrocarbons.
Alkenes- nomen culture isomerism preparation of alkenes, properties-physical and
chemical properties of reactivity substation reaction halogenation, combustion
controlled oxidation so maximum aromatization reaction with stem and pyzohysis
6 days
6days
6 days
7
Sl.
No
MONTH &
DATE
26.
Week-4
22,27,28.days
27.
Jan 3rd week
20/01/14 to
25/01/14
28.
Week-4
27/1/14 to
31/1/14
CHAPTERS
Alkenes –nomenclature of ethane, isomerism methods of preparation of alkenes
Preparations – physical& chemical reactions aditation of hydrogen halides,
oxidation ozonahysis and polymersation alkynes- nomenclature and isomers ion
structure of acetylene method of preparation of acetylene.
Physical properties, chemical reactions acidic character of acetylene addition
reactions with hydrogen halogen, hydrogen halides and water polymerization.
Aromatic hydrogen carbons nomen culture and its merism structure of benzene,
resonance and aromatic.
Preparation of benzene, physical & chemical properties, mechanism of
electrophilic, electrophilic substation reactions – nitration sulphonature,
halogenation, Frieda craft alkylation’s and acylation directive methane of
functional groups in mono substation benzene, carcino genetic and toxicity
NO OF PERIODS
3 days
6 days
5 days