Asslam-o-alikum sir Sir y confirm ha ky is dfa chp 3,8 me sy numericals hi ay gy cz I'm just doing pairing of 3 Long questions and I'm not doing any extra long Kindly guide me that I have to do complete chp 3,8 with theory or just numericals?
@@MWSChemistry sir mery pass scholar past paper hn almost 17 board paper us mn diey gye hn . .. Agr mn sirf short question k liey un past papers ko prepare kr lon to kia annual exam mn mry chemistry k tmam short question ho jaie ga ????????
Chapter 5 1. Discuss the experiment to understand the discovery of electron describe properties of Cathode rays. 2. Explain the experiment which helps us to understand the discovery of protons also write properties of positive rays 3. Describe discovery and properties of neutron in Chadwick experiment. 4. Explain Millikan’s oil drop experiment to determine charge of the electron. 5. Explain Rutherford’s atomic model on the basis of his experiment. 6. (i) Write three points of Planck’s quantum theory. (ii) Define frequency and wavelength. 7. Give postulates of Bohr's atomic model. 8. Derive radius of revolving electron in nth orbit of an atom. 9. Derive the formula for calculating the energy of an electron in nth orbit of H-atom using Bohr’s model. 10. Write down the defects in Bohr’s atomic model. 11. Describe Atomic emission and atomic absorption spectrum with diagrams. 12. Define X-rays. Give their origin and production. Write down conclusion drawn by Moseley from his experiments. 13. What are Quantum numbers? Explain Principal, Azimuthal and Magnetic quantum numbers. Define orbital. Discuss shape of its two types. Draw and explain shapes of s and p-orbitals 14. Explain dual nature of matter through de-Broglie’s equation.
Chapter 1 1. How does spectrometer help us to determine the relative abundance of isotopes of an element? 2. Write the steps involved in determination of Empirical formula. 3. . Explain Combustion Analysis of an organic compound along with diagram. 4. Write detailed note on Avogadro’s number 5. Write detailed note on Mole. 6. Define stoichiometry. Give its assumptions. Mention two important laws which help to perform the stoichiometric calculation. 7. Define limiting reactant. Give two examples. How it is identified? 8. Define yield. Discuss its types. How do we calculate the percentage yield of chemical reaction? Also mention the factors which are responsible for low yield of products. Differentiate between actual yield and theoretical yield. Why is actual yield usually less than theoretical yield? Chapter 3 Most Important Numerical Chapter 3 Examples 3+4+5+6+7+8 Exercise Numerical 16+18+19+20+24 Chapter 4 1. Define and explain London dispersion forces. What are the factors which affect London forces? Discuss briefly. 2. Define hydrogen bonding. How does hydrogen bonding explain the following indicated properties of the substances? (i) Structure of DNA (ii) Hydrogen bonding in proteins (iii) Formation of ice and its lesser density than liquid water (iv) Solubilities of compounds (v) Cleansing action of soap 3. Define Vapour pressure. Describe manometric method for the measurement of vapour pressure. 4. What are liquid crystals? Give any four uses of them. 5. Define the following properties of crystalline solids, giving one example of each. (i) Polymorphism (ii) Anisotropy (iii) Symmetry (iv) Habit of crystal (v) Isomorphism (vi) Allotropy (vi)Transition temperature 6. What are ionic solids? Give their properties. Explain the structure of NaCl. Sketch a model to justify that unit cell of NaCl has four formula units in it. 7. What are covalent solids? Give their properties. Discuss the structure of Diamond. 8. What are molecular solids? Give three properties of molecular solids. 9. Define metallic bond. Justify the electrical conductivity, thermal conductivity and shining surfaces of metals. 10. Discuss the electron gas theory to explain the properties of Metallic Solid Chapter 7 1. Define the following (i) System (ii) Surroundings (iii) Boundary (iv) State of system (v) State Function (vi) Internal energy (vii) Enthalpy (viii) Heat (ix) Work 2. State first law of thermodynamics. How does it explain that H = qp and E = qv? 3. Define the following with example. Enthalpy of Formation, Combustion, Atomization, Neutralization and Solution 4. How ∆H can be determined / measured by Glass calorimeter? 5. Write a note on Construction and working of Bomb calorimeter. 6. .State and explain with examples the Hess’s law of constant heat summation. 7. How does Born Haber cycle help to calculate lattice energy of NaCl? Chapter 5 1. Discuss the experiment to understand the discovery of electron describe properties of Cathode rays. 2. Explain the experiment which helps us to understand the discovery of protons also write properties of positive rays 3. Describe discovery and properties of neutron in Chadwick experiment. 4. Explain Millikan’s oil drop experiment to determine charge of the electron. 5. Explain Rutherford’s atomic model on the basis of his experiment. 6. (i) Write three points of Planck’s quantum theory. (ii) Define frequency and wavelength. 7. Give postulates of Bohr's atomic model. 8. Derive radius of revolving electron in nth orbit of an atom. 9. Derive the formula for calculating the energy of an electron in nth orbit of H-atom using Bohr’s model. 10. Write down the defects in Bohr’s atomic model. 11. Describe Atomic emission and atomic absorption spectrum with diagrams. 12. Define X-rays. Give their origin and production. Write down conclusion drawn by Moseley from his experiments. 13. What are Quantum numbers? Explain Principal, Azimuthal and Magnetic quantum numbers. Define orbital. Discuss shape of its two types. Draw and explain shapes of s and p-orbitals 14. Explain dual nature of matter through de-Broglie’s equation. Chapter 8 Most Important Numerical Chapter 8 Examples 2+4+5+6+7 Exercise Numerical 23+24+25 Chapter 6 Ionization Energy Coordinate Covalent Bonds Postulates of VSEPR Theory Sp3 sp2 and sp hybridization (Including all examples) Formation of O2 and N2 on the basis of MOT Dipole moment and it’s applications Chapter 10 Important Long Rules Assigning Oxidation state Industrial importance of electrolysis Process Working of Galvanic Cell S.H.E. Applications of electrochemical series Lead accumulator battery Fuel Cell Paper Scheme 1st Year Chemistry (2023) For All Punjab Boards Q#1 MCQs 1,3,4,7,8,10 (2 from each) 2,5,6,9,11(1 from each) Short Questions Q#2 1(3) 3(3) 5(3) 7(3) Q#3 2(3) 4(3) 9(3) 11(3) Q#4 6(3) 8(3) 10(3) Long Questions Q#5 1 + 3(Example/Numerical) Q#6 4 + 7 Q#7 5 + 8(Example/ Numerical) Q#8 6 + 10 Q#9 9 + 11 Chemistry 1st Year All Chapters (Exercise Important Short Questions) Chapter 1: Q# 9 and 25 Chapter 2: Q# 4,5,6,8 and 9 Chapter 3: Q# 15 Chapter 4: Q# 14 (Liquids) and Q# 12 (Solids) Chapter 5: Q# 4 Chapter 6: Q# 18 Chapter 7: Q# 4, 5(a,b) 6(a,b,c) Chapter 8 Q# 22 Chapter 9: Q# 4, 6 and 12 Chapter 10: Q# 16a Chapter 11: Q#7, 8, 16 and 17 Regards: Muhammad Waqas HOD Chemistry Aspire College Mian Channu ( MWS Chemistry)
Chapter 1 1. How does spectrometer help us to determine the relative abundance of isotopes of an element? 2. Write the steps involved in determination of Empirical formula. 3. . Explain Combustion Analysis of an organic compound along with diagram. 4. Write detailed note on Avogadro’s number 5. Write detailed note on Mole. 6. Define stoichiometry. Give its assumptions. Mention two important laws which help to perform the stoichiometric calculation. 7. Define limiting reactant. Give two examples. How it is identified? 8. Define yield. Discuss its types. How do we calculate the percentage yield of chemical reaction? Also mention the factors which are responsible for low yield of products. Differentiate between actual yield and theoretical yield. Why is actual yield usually less than theoretical yield? Chapter 3 Most Important Numerical Chapter 3 Examples 3+4+5+6+7+8 Exercise Numerical 16+18+19+20+24 Chapter 4 1. Define and explain London dispersion forces. What are the factors which affect London forces? Discuss briefly. 2. Define hydrogen bonding. How does hydrogen bonding explain the following indicated properties of the substances? (i) Structure of DNA (ii) Hydrogen bonding in proteins (iii) Formation of ice and its lesser density than liquid water (iv) Solubilities of compounds (v) Cleansing action of soap 3. Define Vapour pressure. Describe manometric method for the measurement of vapour pressure. 4. What are liquid crystals? Give any four uses of them. 5. Define the following properties of crystalline solids, giving one example of each. (i) Polymorphism (ii) Anisotropy (iii) Symmetry (iv) Habit of crystal (v) Isomorphism (vi) Allotropy (vi)Transition temperature 6. What are ionic solids? Give their properties. Explain the structure of NaCl. Sketch a model to justify that unit cell of NaCl has four formula units in it. 7. What are covalent solids? Give their properties. Discuss the structure of Diamond. 8. What are molecular solids? Give three properties of molecular solids. 9. Define metallic bond. Justify the electrical conductivity, thermal conductivity and shining surfaces of metals. 10. Discuss the electron gas theory to explain the properties of Metallic Solid Chapter 7 1. Define the following (i) System (ii) Surroundings (iii) Boundary (iv) State of system (v) State Function (vi) Internal energy (vii) Enthalpy (viii) Heat (ix) Work 2. State first law of thermodynamics. How does it explain that H = qp and E = qv? 3. Define the following with example. Enthalpy of Formation, Combustion, Atomization, Neutralization and Solution 4. How ∆H can be determined / measured by Glass calorimeter? 5. Write a note on Construction and working of Bomb calorimeter. 6. .State and explain with examples the Hess’s law of constant heat summation. 7. How does Born Haber cycle help to calculate lattice energy of NaCl? Chapter 5 1. Discuss the experiment to understand the discovery of electron describe properties of Cathode rays. 2. Explain the experiment which helps us to understand the discovery of protons also write properties of positive rays 3. Describe discovery and properties of neutron in Chadwick experiment. 4. Explain Millikan’s oil drop experiment to determine charge of the electron. 5. Explain Rutherford’s atomic model on the basis of his experiment. 6. (i) Write three points of Planck’s quantum theory. (ii) Define frequency and wavelength. 7. Give postulates of Bohr's atomic model. 8. Derive radius of revolving electron in nth orbit of an atom. 9. Derive the formula for calculating the energy of an electron in nth orbit of H-atom using Bohr’s model. 10. Write down the defects in Bohr’s atomic model. 11. Describe Atomic emission and atomic absorption spectrum with diagrams. 12. Define X-rays. Give their origin and production. Write down conclusion drawn by Moseley from his experiments. 13. What are Quantum numbers? Explain Principal, Azimuthal and Magnetic quantum numbers. Define orbital. Discuss shape of its two types. Draw and explain shapes of s and p-orbitals 14. Explain dual nature of matter through de-Broglie’s equation. Chapter 8 Most Important Numerical Chapter 8 Examples 2+4+5+6+7 Exercise Numerical 23+24+25 Chapter 6 Ionization Energy Coordinate Covalent Bonds Postulates of VSEPR Theory Sp3 sp2 and sp hybridization (Including all examples) Formation of O2 and N2 on the basis of MOT Dipole moment and it’s applications Regards: Muhammad Waqas HOD Chemistry Aspire College Mian Channu ( MWS Chemistry)
Chapter 10 Important Long Rules Assigning Oxidation state Industrial importance of electrolysis Process Working of Galvanic Cell S.H.E. Applications of electrochemical series Lead accumulator battery Fuel Cell
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Assalam o alaikum sir ma na 1st time apka lectures liya ha kal mera chemistry ka paper ha so please help me long questions important bta da sir please
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Asslam-o-alikum sir
Sir y confirm ha ky is dfa chp 3,8 me sy numericals hi ay gy cz I'm just doing pairing of 3 Long questions and I'm not doing any extra long
Kindly guide me that I have to do complete chp 3,8 with theory or just numericals?
Wa Alaikum salam
Only numerical from Chapter 8 and 3
Thankss
Thank you soooooo mich sir😊👍.... your method is awesome 👍
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Sr chemistry ka kitny percent paper cover ho skta h agr only exercise k short yad kr lein
10-12 short questions almost exercise mien se aien gay
Sr Baki short question ham insight sy kr lein to sb attempt ho jaein gy kia
G five year repeated
Thanks for your help 😃
bohat maza aya ya numarical kar ky sir ap ki bohat achy sy smaj ati h
Thank u soo much Sir❤
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Sir Chemistry mn short questions ziada tr khaan sy aatay hn
Kya complete book exercises krni hon gi?😢??????
Most questions chapter k andar se banty hien
Ap five year repeated kar lien
@@MWSChemistry sir mery pass scholar past paper hn almost 17 board paper us mn diey gye hn .
.. Agr mn sirf short question k liey un past papers ko prepare kr lon to kia annual exam mn mry chemistry k tmam short question ho jaie ga ????????
@@MWSChemistry sir chemistry k ch 3 & 8 k tmam numerical and examples krni hogi?
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Sir .sb chapters k exercise k imp short bta dein...please jaldi bta dein
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11:37 question no. 20
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Sir last exaple ka ans aur question 19 b ni solve ho ra ans ni a ra shi....
Try it again in sha Allah aa jaye ga
Sir 5 ch me imp long question kon se hai
Chapter 5
1. Discuss the experiment to understand the discovery of electron describe properties of Cathode rays.
2. Explain the experiment which helps us to understand the discovery of protons also write properties of positive rays
3. Describe discovery and properties of neutron in Chadwick experiment.
4. Explain Millikan’s oil drop experiment to determine charge of the electron.
5. Explain Rutherford’s atomic model on the basis of his experiment.
6. (i) Write three points of Planck’s quantum theory. (ii) Define frequency and wavelength.
7. Give postulates of Bohr's atomic model.
8. Derive radius of revolving electron in nth orbit of an atom.
9. Derive the formula for calculating the energy of an electron in nth orbit of H-atom using Bohr’s model.
10. Write down the defects in Bohr’s atomic model.
11. Describe Atomic emission and atomic absorption spectrum with diagrams.
12. Define X-rays. Give their origin and production. Write down conclusion drawn by Moseley from his experiments.
13. What are Quantum numbers? Explain Principal, Azimuthal and Magnetic quantum numbers. Define orbital. Discuss shape of its two types. Draw and explain shapes of s and p-orbitals
14. Explain dual nature of matter through de-Broglie’s equation.
Thank you very much sir
Sir 4 and 7 ke bhi bta de
Excuse me Sir jo insta use na krty hun wo kaha pochy??
sir main b Aspire main prhta hun🥰🥰
sir g thank you so much ❤
Sir ap chemistry ky mcqs par videos nai bnaty plz mcqs bi explanation ky sath video upload kar dain na🙏🙏
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Pls tell me imp long questions
Chapter 1
1. How does spectrometer help us to determine the relative abundance of isotopes of an element?
2. Write the steps involved in determination of Empirical formula.
3. . Explain Combustion Analysis of an organic compound along with diagram.
4. Write detailed note on Avogadro’s number
5. Write detailed note on Mole.
6. Define stoichiometry. Give its assumptions. Mention two important laws which help to perform the stoichiometric calculation.
7. Define limiting reactant. Give two examples. How it is identified?
8. Define yield. Discuss its types. How do we calculate the percentage yield of chemical reaction? Also mention the factors which are responsible for low yield of products. Differentiate between actual yield and theoretical yield. Why is actual yield usually less than theoretical yield?
Chapter 3
Most Important Numerical Chapter 3
Examples 3+4+5+6+7+8
Exercise Numerical 16+18+19+20+24
Chapter 4
1. Define and explain London dispersion forces. What are the factors which affect London forces? Discuss briefly.
2. Define hydrogen bonding. How does hydrogen bonding explain the following indicated properties of the substances? (i) Structure of DNA (ii) Hydrogen bonding in proteins (iii) Formation of ice and its lesser density than liquid water (iv) Solubilities of compounds (v) Cleansing action of soap
3. Define Vapour pressure. Describe manometric method for the measurement of vapour pressure.
4. What are liquid crystals? Give any four uses of them.
5. Define the following properties of crystalline solids, giving one example of each. (i) Polymorphism (ii) Anisotropy (iii) Symmetry (iv) Habit of crystal (v) Isomorphism (vi) Allotropy (vi)Transition temperature
6. What are ionic solids? Give their properties. Explain the structure of NaCl. Sketch a model to justify that unit cell of NaCl has four formula units in it.
7. What are covalent solids? Give their properties. Discuss the structure of Diamond.
8. What are molecular solids? Give three properties of molecular solids.
9. Define metallic bond. Justify the electrical conductivity, thermal conductivity and shining surfaces of metals.
10. Discuss the electron gas theory to explain the properties of Metallic Solid
Chapter 7
1. Define the following (i) System (ii) Surroundings (iii) Boundary (iv) State of system (v) State Function (vi) Internal energy (vii) Enthalpy (viii) Heat (ix) Work
2. State first law of thermodynamics. How does it explain that H = qp and E = qv?
3. Define the following with example. Enthalpy of Formation, Combustion, Atomization, Neutralization and Solution
4. How ∆H can be determined / measured by Glass calorimeter?
5. Write a note on Construction and working of Bomb calorimeter.
6. .State and explain with examples the Hess’s law of constant heat summation.
7. How does Born Haber cycle help to calculate lattice energy of NaCl?
Chapter 5
1. Discuss the experiment to understand the discovery of electron describe properties of Cathode rays.
2. Explain the experiment which helps us to understand the discovery of protons also write properties of positive rays
3. Describe discovery and properties of neutron in Chadwick experiment.
4. Explain Millikan’s oil drop experiment to determine charge of the electron.
5. Explain Rutherford’s atomic model on the basis of his experiment.
6. (i) Write three points of Planck’s quantum theory. (ii) Define frequency and wavelength.
7. Give postulates of Bohr's atomic model.
8. Derive radius of revolving electron in nth orbit of an atom.
9. Derive the formula for calculating the energy of an electron in nth orbit of H-atom using Bohr’s model.
10. Write down the defects in Bohr’s atomic model.
11. Describe Atomic emission and atomic absorption spectrum with diagrams.
12. Define X-rays. Give their origin and production. Write down conclusion drawn by Moseley from his experiments.
13. What are Quantum numbers? Explain Principal, Azimuthal and Magnetic quantum numbers. Define orbital. Discuss shape of its two types. Draw and explain shapes of s and p-orbitals
14. Explain dual nature of matter through de-Broglie’s equation.
Chapter 8
Most Important Numerical Chapter 8
Examples 2+4+5+6+7
Exercise Numerical
23+24+25
Chapter 6
Ionization Energy
Coordinate Covalent Bonds
Postulates of VSEPR Theory
Sp3 sp2 and sp hybridization (Including all examples)
Formation of O2 and N2 on the basis of MOT
Dipole moment and it’s applications
Chapter 10 Important Long
Rules Assigning Oxidation state
Industrial importance of electrolysis Process
Working of Galvanic Cell
S.H.E.
Applications of electrochemical series
Lead accumulator battery
Fuel Cell
Paper Scheme 1st Year Chemistry (2023) For All Punjab Boards
Q#1 MCQs 1,3,4,7,8,10 (2 from each) 2,5,6,9,11(1 from each)
Short Questions
Q#2 1(3) 3(3) 5(3) 7(3)
Q#3 2(3) 4(3) 9(3) 11(3)
Q#4 6(3) 8(3) 10(3)
Long Questions
Q#5 1 + 3(Example/Numerical)
Q#6 4 + 7
Q#7 5 + 8(Example/ Numerical)
Q#8 6 + 10
Q#9 9 + 11
Chemistry 1st Year All Chapters (Exercise Important Short Questions)
Chapter 1: Q# 9 and 25
Chapter 2: Q# 4,5,6,8 and 9
Chapter 3: Q# 15
Chapter 4: Q# 14 (Liquids) and Q# 12 (Solids)
Chapter 5: Q# 4
Chapter 6: Q# 18
Chapter 7: Q# 4, 5(a,b) 6(a,b,c)
Chapter 8 Q# 22
Chapter 9: Q# 4, 6 and 12
Chapter 10: Q# 16a
Chapter 11: Q#7, 8, 16 and 17
Regards: Muhammad Waqas HOD Chemistry Aspire College Mian Channu ( MWS Chemistry)
sir ap aspir clg main teaching krty hain kia
Han g
Kidhar
Matlab konsi city
sir imp numericals konse hai
Kindly watch my video on pairing scheme
Also on important long questions
You will definitely find your answer
Mashallah 😊😊😊
❣️
Sir g important questions bata dy😊
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Already uploaded
Sir g Instagram mujy chalni nahi ati plz aik vedio bna den
On which topic?
Sir exercise 8 k important numerical bata da please
Sir numerical Kon say important ha
Check my video on important short questions
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sir 4.5.10 chaptr k important long question bta dain pleasa
Chapter 1
1. How does spectrometer help us to determine the relative abundance of isotopes of an element?
2. Write the steps involved in determination of Empirical formula.
3. . Explain Combustion Analysis of an organic compound along with diagram.
4. Write detailed note on Avogadro’s number
5. Write detailed note on Mole.
6. Define stoichiometry. Give its assumptions. Mention two important laws which help to perform the stoichiometric calculation.
7. Define limiting reactant. Give two examples. How it is identified?
8. Define yield. Discuss its types. How do we calculate the percentage yield of chemical reaction? Also mention the factors which are responsible for low yield of products. Differentiate between actual yield and theoretical yield. Why is actual yield usually less than theoretical yield?
Chapter 3
Most Important Numerical Chapter 3
Examples 3+4+5+6+7+8
Exercise Numerical 16+18+19+20+24
Chapter 4
1. Define and explain London dispersion forces. What are the factors which affect London forces? Discuss briefly.
2. Define hydrogen bonding. How does hydrogen bonding explain the following indicated properties of the substances? (i) Structure of DNA (ii) Hydrogen bonding in proteins (iii) Formation of ice and its lesser density than liquid water (iv) Solubilities of compounds (v) Cleansing action of soap
3. Define Vapour pressure. Describe manometric method for the measurement of vapour pressure.
4. What are liquid crystals? Give any four uses of them.
5. Define the following properties of crystalline solids, giving one example of each. (i) Polymorphism (ii) Anisotropy (iii) Symmetry (iv) Habit of crystal (v) Isomorphism (vi) Allotropy (vi)Transition temperature
6. What are ionic solids? Give their properties. Explain the structure of NaCl. Sketch a model to justify that unit cell of NaCl has four formula units in it.
7. What are covalent solids? Give their properties. Discuss the structure of Diamond.
8. What are molecular solids? Give three properties of molecular solids.
9. Define metallic bond. Justify the electrical conductivity, thermal conductivity and shining surfaces of metals.
10. Discuss the electron gas theory to explain the properties of Metallic Solid
Chapter 7
1. Define the following (i) System (ii) Surroundings (iii) Boundary (iv) State of system (v) State Function (vi) Internal energy (vii) Enthalpy (viii) Heat (ix) Work
2. State first law of thermodynamics. How does it explain that H = qp and E = qv?
3. Define the following with example. Enthalpy of Formation, Combustion, Atomization, Neutralization and Solution
4. How ∆H can be determined / measured by Glass calorimeter?
5. Write a note on Construction and working of Bomb calorimeter.
6. .State and explain with examples the Hess’s law of constant heat summation.
7. How does Born Haber cycle help to calculate lattice energy of NaCl?
Chapter 5
1. Discuss the experiment to understand the discovery of electron describe properties of Cathode rays.
2. Explain the experiment which helps us to understand the discovery of protons also write properties of positive rays
3. Describe discovery and properties of neutron in Chadwick experiment.
4. Explain Millikan’s oil drop experiment to determine charge of the electron.
5. Explain Rutherford’s atomic model on the basis of his experiment.
6. (i) Write three points of Planck’s quantum theory. (ii) Define frequency and wavelength.
7. Give postulates of Bohr's atomic model.
8. Derive radius of revolving electron in nth orbit of an atom.
9. Derive the formula for calculating the energy of an electron in nth orbit of H-atom using Bohr’s model.
10. Write down the defects in Bohr’s atomic model.
11. Describe Atomic emission and atomic absorption spectrum with diagrams.
12. Define X-rays. Give their origin and production. Write down conclusion drawn by Moseley from his experiments.
13. What are Quantum numbers? Explain Principal, Azimuthal and Magnetic quantum numbers. Define orbital. Discuss shape of its two types. Draw and explain shapes of s and p-orbitals
14. Explain dual nature of matter through de-Broglie’s equation.
Chapter 8
Most Important Numerical Chapter 8
Examples 2+4+5+6+7
Exercise Numerical
23+24+25
Chapter 6
Ionization Energy
Coordinate Covalent Bonds
Postulates of VSEPR Theory
Sp3 sp2 and sp hybridization (Including all examples)
Formation of O2 and N2 on the basis of MOT
Dipole moment and it’s applications
Regards: Muhammad Waqas HOD Chemistry Aspire College Mian Channu ( MWS Chemistry)
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Sir sq kesy prepare kry
Watch my video on short questions
👍
Amazing
15:45
thankyou sir
thank you so much sir pr pleasa 10 chaptr k bhi bta dain last bar
Chapter 10 Important Long
Rules Assigning Oxidation state
Industrial importance of electrolysis Process
Working of Galvanic Cell
S.H.E.
Applications of electrochemical series
Lead accumulator battery
Fuel Cell
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😍
Sir calculator mai quadratic formula se ans negative ara hai but apne positive ku lia
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Sir MCQs khan sy karain chemistry ky
Exercise and five year se
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Aoa sir plz is chapter ky important important numerical bata dy
Chapter 3
Most Important Numerical Chapter 3
Examples 3+4+5+6+7+8
Exercise Numerical 16+18+19+20+24
Chapter 8
Most Important Numerical Chapter 8
Examples 2+4+5+6+7
Exercise Numerical
23+24+25
Sir chap 1 ky numerical nhi krny ha is bar
1st Chapter k Numerical long mien nahi aien gay
Thankuu sir 😇
Sir ap ny exercise ka 18 numerical nhi krway ha to wo skip kr dyn
Wo important nai
@@MWSChemistry ok sir thanks 😇
Sir chem ke imp long Bata den
I have already uploaded a video on that
Assalam-u-Alikum Sir chemistry k ch3, 8 k important Numerical bata den
Chapter 3
Most Important Numerical Chapter 3
Examples 3+4+5+6+7+8
Exercise Numerical 16+18+19+20+24
Chapter 8
Most Important Numerical Chapter 8
Examples 2+4+5+6+7
Exercise Numerical
23+24+25
Thank you sir
Love you ❤ sir
❣️
Nice lecture
Sir g calculations b solve kar diya Kara itni mushkil Hoti ha
Greattestttt ❤