1. Chapter-1: Condition and
change of Substance
1. Subject- Matter : (a) Change of Element : What
is and substance? Circumstantial difference and classification of substance,
mutual transformation in different circumstances of and substance,
intermolecular energy, (b) Change of element: Physical and chemical change,
familiar example of physical and chemical change occurred in the environment.
2.
Chapter-2: Formation of Element :
Subject
Matter : (a) Definition and difference of nuclear and molecular, specific
nuclear mass and atomic mass, nuclear mass in gram and atomic mass or mole in
gram, (b) Daston’s atimic theory : Concept of atom, recognition of Dastion’s
ideology, (c) Chemical amalgamation formula: Law of indestructibility of mass,
formula of constant proportion, formula of multiple proportion, formula of gas
volume, statement of their five formula and explanation with one example.
(d) Arrangement and movement of substantial element,
movement theory of Mole Number, Diffusion action of gas and liquid and Braun’s
movement theory.
3. Chapter-3: Avogadro’s Formula :
Subject Matter: Avogadro’s formula and its
applications, bi-nuclear of three corollaries (Basic gases), Atomic
weight of gas is doubled to the density of vapor, Mola’s volume of all gases at
standard condition is 22’4 liters, proof, Molas volume, simple account
regarding Avogadro’s number.
4. Chapter-4: Symbol, Unification and Equation
Subject
Matter: (a) Big formulae and atomic formula, accounts for determining atomic
symbol from the admixed of percentage, structural symbol; writing of structural
symbol of different simple moles.
(b)
Isthmus : General ideology, dormant, active and changeable isthmus, writing
symbol using Isthmus value of different primary and secondary element.
(c) Chemical equation, its significance and equalization,
simple account based on equalization.
5. Chapter-5: Formation of Atom
Subject
Matter: Formation of Atom in the light of ideologies of Rutherford
and Bore.
6. Chapter-6: Chemical Binding
Subject
Matter: What is Binding, Formation of Binding based on the Electronic
arrangement of inactive gas. Ionic binding, formation of Ionic binding by the
transferring electron and example. Equivalent weight binding, Formation of
equivalent binding by share and example. Role of external electron in the formation
of metallic binding; metallic characterization, shape of some simple molecular
(as for example, Ammonia, Water, Mythene) Ionic compound and equivalent
compound and its characteristics.
2
7. Chapter-7: Periodic Table
Subject
Matter : Formation of external
electronics of atom and classification of clement, formation of periodic table
including periodic mention. Periodic table and properties of element; Special
importance of periodic table in chemistry; sequence of activeness.
8. Chapter-8:
Subject
Matter: Chemical action and its characteristics, why chemical action occurs;
classification – addition of chemical action, deduction and subtraction,
moisture analysis, rearrangement, oxidation, reduction polymerization; role of
different subjects to hold chemical action- temperature, pressure, solution,
sound contact, electricity- current etc. Inductor & induction and
classification of Induction.
9.
Chapter-9: Chemical dynamics and equilibrium
Subject
Matter : (a) Chemical dynamics: Rate of reaction movement, specific movement
constant, density of reactant on the reaction movement and concept on influence
of temperature, (b) Chemical equilibrium: What is equilibrium, role of
production process (As for example- in case of industrial production of ammonia
sulfuric acid) Temperature on equilibrium, concept on the influence of pressure
and density.
10.
Chapter- 10: Electricity Analysis
Subject
Matter : Electricity Analysis: Definition (a) Electricity flowing through
different substances; Electricity analysis & analyticity of non-electricity
analyzable water electricity, (b) Explanation of electricity- analysis with the
help of ionic theory, (c) Acid mixed water, electricity analysis of chloride
solution and copper sulphate solution, (d) Formula of electricity analysis-
Explanation of Farad’s 1st formula, (e) Electroplating : Definition
and process.
11.
Chapter-11: Transformation of energy through chemical reaction
Subject
Matter : Transformation of chemical energy to other kinds of energy.
(b)
Transformation of energy to solution, allayment and burning, Electricity energy
from chemical energy, electricity chemical cell.
12.
Chapter- 12: Metal Extraction
Subject
Matter: Metal extraction and activeness series, extraction in reduction with
the help of electricity analysis of sodium, potassium, calcium, magnesium &
aluminum, relatively less active metals e.g. – extraction of Zinc, Iron of
Lade, preparation of steel extraction & purification of copper.
13.
Chapter- 13: Prosperities & uses of metal and metallic compound Subject
Matter :
Chemical properties of the characteristics of metal and comparison of chemical
properties of non-metal characteristics. Comparative activeness based on
reaction of air, water and acid with metal preparation of metallic compound,
properties and uses of metal based on its properties: Demonstration of
changeable unification of iron and copper compound and different color metallic
iron such as sodium iron, potassium iron, calcium iron, copper (i) Iron (ii)
Ion and Iron (iii) Ion Test.
3
14.
Chapter-14: Chemistry of some required & characteristics in full and
non-metal.
Subject
: Preparation, properties and uses of some required and characteristics in full
non-metal and their compounds such as the compound of carbon & silicon,
nitrogen, compound of phosphorus, compound of oxygen and sulpher, properties
and uses of halogen (Specially Chlorine), chloride iron in inorganic compound,
carbonate iron, sulpahte iron, test of the presence of ammonium iron.
15.
Chapter-15: Organic Compound
Subject
Matter : Organic compound & its classification, effectiveness: Homogenous
class: Hydrocarbon, Alcohol; General identity of fatty acid, basic principle of
preparation, properties and uses of some characteristics, preparation of soap and
detergent, properties & uses.
16.
Practical Chemistry : Glass tube cutting & bending, preparation of glass tube and
perforation of cork and preparation wash bottle with the help of this.
Separation of components from the mixture of sand, salt and iron, 3.
Preparation and crystallization of saturated solution of copper sulphate. 4.
Separation of pure water from copper sulphate solution. 5. Preparation of
oxygen and test of its properties. 6. Preparation of carbon di-oxide and test
of properties. 7. Preparation of Ammonia and test of properties. 8. Soap
preparation. 9. Test of crystalloid water in the different kinds of metal salts
such as cu so4, 5H20, Fe so4, 7 H 20, 10. To make color with color hypo of
iodine (blue) in the cloth starched. 11. Identification of lime stone, marble
and normal stone. 12. Oxidation & reduction reaction such as reaction of K
Mn 04 and H2 C2 04. 13. Identification office +2, Fe+2, Fe+3 and NH+4 I on and
test Na+, K+, Ca+ Ion in the solution, 14. Identification of cl. S04-2-2. Co3-2
Ion. 15. Extraction of the color of the flower and its test (Acid-Alkali
Reaction).
No comments:
Post a Comment