Chapter 1
1. SI fundamental units
2. Avogadro's law
3. Conversion of degree Celsius to Kelvin
4. Numerical to calculate molar mass
5. Numerical to calculate number of moles and number of molecules of urea
Chapter 2
1. Numerical on Addition and subtraction numerical
2. Numerical on Significant figures
3. Numerical on Rounding off
4. Define : mole fraction, molarity, molality
Chapter 3
1. Draw well labelled diagram of simple distillation.
2. Write ant two names of materials used as stationary phase in chromatograpy
3. filtration
4. solvent extraction
Chapter 4
1. Heisenberg's uncertainty principle
2. De Broglie equation
3. Principal quantum number and Azimuthal quantum
4. State and explain Aufbau principle
5. State and explain 8.Hund's rule
6. Isoelectronic species
7. Orbital notations of orbitals like 4s , 5p, 3d
Chapter 5
1. Limitations of octet rule.
2. Write the number of electron pair, bond pair, lone pair , geometry and hybridization of given molecules
3. s-s overlap , p-p overlap and s-p overlap
4. sigma bond and pi bond
5. formation of methane molecule on the basis of hybridization theory
6. M.O. diagram for O2 and N2 molecule
7. Bond order for O2 , N2 and F2 molecules
8. Dipole moment
Chapter 6
1. Oxidants and reductants
2. Calculate the oxidation number of underlined atoms in the molecule
3. Identify whether the following reaction is redox or not
4. Balance the following redox reaction
5. Stock notations of compounds
Chapter 7
1. electronic configuration of elements up to atomic number 30
2. Define : electronegativity , ionization enthalpy, electron gain enthalpy
3. metallic character trends
Chapter 8
1. Isotopes of hydrogens
2. Diagonal relation between Lithium and Magnesium with the help of two properties
3. Uses of Sodium carbonate , calcium carbonate and hydrogen peroxide
Chapter 9
1. allotropes of carbon
2. What are silicones? Where they are used?
3. Uses of ammonia
Chapter 10
1. Dipole - dipole interactions
2. Define hydrogen bonds
3. Boyle's law, Charles law
4. Derive an expression for ideal gas equation
5. Ideal gas and non ideal gas
Chapter 11
1. Explain homogeneous catalysis and heterogeneous catalysis with examples
2. What is emulsion?
Chapter 12
1. Mention the applications of equilibrium constant.
2. Characteristics of equilibrium constant
Chapter 13
1. what is magic number?
2. What is alpha and beta decay?
3. Explain nuclear fusion and nuclear fission giving examples
Chapter 14
1. Write structural representation of given functional groups.
2. common and IUPAC names of given compounds
3. Distinguish between electrophiles and nucleophiles
4. What are carbocations ? give its stability order
5. What are free radicals?
6. Isomerism and types of isomerism
7. inductive effect, hyperconjugation
Chapter 15
1. What are alkanes? Give its Classification.
2. Preparation ethane from ethyl bromide, methyl bromide and methyl magnesium iodide
3. Explain Markownikoff's rule with suitable examples.
4. Explain anti Markownikoff's rule with suitable examples.
5. General formula of alkanes , alkenes and alkynes
6. Chemical reactions of benzene like nitration, bromination, sulphonation , Friedel craft acetylation
7. uses of acetylene
8. ortho para directing groups
Chapter 16
1. Browning of fruits
2. Rancidity of oils and fats
3. Explain antibiotics, antiseptic , antioxidants with suitable examples
4. Analgesics and its examples
5. Write any two name of drugs which reduce body pain
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