Murad Khan Basic Chemistry
Murad Khan Basic Chemistry
  • Видео 120
  • Просмотров 51 517
Atomic Structure ( Short question # 2 & 3 )
This video contain about short question # 2.Difference between energy level K and L and Q#3. Isotopes structure of Hydrogen.
Просмотров: 29

Видео

(I)..Draw Al structure and write it's electronic configuration?.3:36(I)..Draw Al structure and write it's electronic configuration?.
(I)..Draw Al structure and write it's electronic configuration?.
Просмотров 2014 дней назад
(I) This video contain about the Structure of Àl and about it's electronic configuration
Choose the correct option. (Atomic Structure) class 9th12:16Choose the correct option. (Atomic Structure) class 9th
Choose the correct option. (Atomic Structure) class 9th
Просмотров 2514 дней назад
This video contain about 1st question of chapter # 02 i.e Atomic Structure class 9th .The question is Choose the correct option.
Uses Of Isotopes6:26Uses Of Isotopes
Uses Of Isotopes
Просмотров 2721 день назад
This video contain about uses of Isotopes.Isotopes have numerous applications across various fields, including: 1. Medicine: - Radiation therapy for cancer treatment - Diagnostic imaging (e.g., PET scans, MRI) - Tracers for medical research and diagnosis 2. Industry: - Food irradiation for preservation - Sterilization of medical instruments - Leak detection and fluid tracing 3. Scientific Resea...
ISOTOPES6:46ISOTOPES
ISOTOPES
Просмотров 1421 день назад
This video contain about "Isotopes are atomic variants of a single element, possessing the same number of protons (atomic number) in their atomic nucleus, but differing in the number of neutrons. This variation in neutrons results in a unique mass number (sum of protons and neutrons) for each isotope, while retaining the same chemical properties and atomic behavior. Isotopes of a given element ...
Examples of Orbitals Electronic Configuration8:03Examples of Orbitals Electronic Configuration
Examples of Orbitals Electronic Configuration
Просмотров 1721 день назад
Here are some examples of orbital electronic configurations for different elements: 1. Hydrogen (H): 1s¹ 2. Helium (He): 1s² 3. Lithium (Li): 1s² 2s¹ 4. Carbon (C): 1s² 2s² 2p² 5. Nitrogen (N): 1s² 2s² 2p³ 6. Oxygen (O): 1s² 2s² 2p⁴ 7. Iron (Fe): 1s² 2s² 2p⁶ 3s² 3p⁶ 4s²3d⁶ These configurations show how electrons occupy the available orbitals (s, p, d, f) for each element, which determines their...
Orbitals Electronic Configuration15:58Orbitals Electronic Configuration
Orbitals Electronic Configuration
Просмотров 2921 день назад
This video comprises orbitals electronic configuration.It is defined as" The arrangement of electron in an orbital an increasing order of energy is called Orbitals electronic configuration .It follow Auf bau principles , Hunds rule , Pauli exclusion principles and n l rule. #Electronic configuration , #Orbitals electronic configuration , #Orbital , #Aufbau principle , # Hund rule , #Pauli exçlu...
Difference Between Orbits and Orbitals10:56Difference Between Orbits and Orbitals
Difference Between Orbits and Orbitals
Просмотров 6521 день назад
This video contain about difference between Orbit and Orbital.Orbit is define as the fixed circular path around the Nucleus where electron is revolve.where as orbital is three dimensional place in an Orbit where probability of finding electron is maximum.the motion of electron in orbit is two dimensional while in orbital is three dimensional .Each Orbit is fixed energy so, it is also called Ene...
Fundamental Particles of Atom.9:03Fundamental Particles of Atom.
Fundamental Particles of Atom.
Просмотров 5921 день назад
This video contain about Fundamental Particles Of Atom.According to Paul Dirac a mathematician there are more than sixty sub.atomic Particles.Out of three are more important to chemist i.e are Electron , Proton. and Neutron.These are also called Fundamental Particles of the Atom.According to physicists Electrons can not be broken down into further sub.atomic Particles and similarly proton and N...
Calculation of mass of electron in kg , in gram and in a.m. u11:58Calculation of mass of electron in kg , in gram and in a.m. u
Calculation of mass of electron in kg , in gram and in a.m. u
Просмотров 1804 месяца назад
This video contain about the calculation of mass of electron in kg , in gram and in a.m.u. Mass of electron is 9.1 x 10-31kg , 9.1 x 10-28 g and 0.00055 amu.
Charge to Mass Ratio ( e/m ) of Cathode Rays (Electrons)7:12Charge to Mass Ratio ( e/m ) of Cathode Rays (Electrons)
Charge to Mass Ratio ( e/m ) of Cathode Rays (Electrons)
Просмотров 1905 месяцев назад
This video contain about Charge to Mass ratio ( e/m ) of Cathode rays (Electrons).Experiment was done by J.J .Thomson in 1897 and evaluate e/m value i.e 1.7588 x 1011 C/kg which is very close to the modern value.
Discovery of Canal Rays or Positive Rays or Protons4:21Discovery of Canal Rays or Positive Rays or Protons
Discovery of Canal Rays or Positive Rays or Protons
Просмотров 1355 месяцев назад
This video comprises about Discovery of Canal rays.It may also called Discovery of positive rays or Discovery of Protons.After studying the Cathode rays scientists thought that there must be positive rays mean particles in the atom because matter is electrically neutral.Having this concept E.Goldstein in 1886 Discovered the Canal rays.
Characteristics features of Cathode rays(Rotate thin wheel)4:00Characteristics features of Cathode rays(Rotate thin wheel)
Characteristics features of Cathode rays(Rotate thin wheel)
Просмотров 1645 месяцев назад
This video comprises about when a thin wheel placed in front of Cathode rays , Cathode rays when collided with a wheel , wheel start rotating.It mean it has material nature( particle) having definite mass , velocity and momentum too.This was done by Crookes in 1870.
Characteristics of Cathode rays ( Magnetic Field)4:29Characteristics of Cathode rays ( Magnetic Field)
Characteristics of Cathode rays ( Magnetic Field)
Просмотров 1555 месяцев назад
This video contain about an experiment conducted by J.J.Thomson in1897.He placed magnetic field in the path of Cathode rays.Cathode rays were bent toward right angle which present that Cathode rays carry negative charge.
Characteristics of Cathode rays(Electric Field)3:04Characteristics of Cathode rays(Electric Field)
Characteristics of Cathode rays(Electric Field)
Просмотров 1995 месяцев назад
This video contain about an experiment conducted by J.Perrine in 1895 and J. J . Thomson in 1897 separately and produced the same result.When Cathode rays passed through an electric field Cathode rays were deflected toward positive plate it mean Cathode rays carrying negative charge.
Characteristics features of Cathode Rays(Travel in straight line)4:31Characteristics features of Cathode Rays(Travel in straight line)
Characteristics features of Cathode Rays(Travel in straight line)
Просмотров 1905 месяцев назад
Characteristics features of Cathode Rays(Travel in straight line)
Type of Cathodes.4:31Type of Cathodes.
Type of Cathodes.
Просмотров 1775 месяцев назад
Type of Cathodes.
DISCOVERY OF ELECTRON or CATHODE RAY or DISCHARGE TUBE EXPERIMENT11:00DISCOVERY OF ELECTRON or CATHODE RAY or DISCHARGE TUBE EXPERIMENT
DISCOVERY OF ELECTRON or CATHODE RAY or DISCHARGE TUBE EXPERIMENT
Просмотров 1485 месяцев назад
DISCOVERY OF ELECTRON or CATHODE RAY or DISCHARGE TUBE EXPERIMENT
Q5(c).. Calculation amount of reactants from the amount of product?9:41Q5(c).. Calculation amount of reactants from the amount of product?
Q5(c).. Calculation amount of reactants from the amount of product?
Просмотров 1055 месяцев назад
Q5(c).. Calculation amount of reactants from the amount of product?
Q5(b).. Calculation of number of moles of one of the reactant from the mass of other reactant?7:24Q5(b).. Calculation of number of moles of one of the reactant from the mass of other reactant?
Q5(b).. Calculation of number of moles of one of the reactant from the mass of other reactant?
Просмотров 1175 месяцев назад
Q5(b).. Calculation of number of moles of one of the reactant from the mass of other reactant?
Q5(a).. Calculation number of moles from the given data?6:12Q5(a).. Calculation number of moles from the given data?
Q5(a).. Calculation number of moles from the given data?
Просмотров 1145 месяцев назад
Q5(a).. Calculation number of moles from the given data?
Q4(c). Calculation number of moles from given data.7:52Q4(c). Calculation number of moles from given data.
Q4(c). Calculation number of moles from given data.
Просмотров 1285 месяцев назад
Q4(c). Calculation number of moles from given data.
D.Q#4 (b)..Calculation of Actual yield from percentage yield?11:03D.Q#4 (b)..Calculation of Actual yield from percentage yield?
D.Q#4 (b)..Calculation of Actual yield from percentage yield?
Просмотров 1686 месяцев назад
D.Q#4 (b)..Calculation of Actual yield from percentage yield?
D.Q#4 (a).Calculation of percentage yield from the given data?8:25D.Q#4 (a).Calculation of percentage yield from the given data?
D.Q#4 (a).Calculation of percentage yield from the given data?
Просмотров 1666 месяцев назад
D.Q#4 (a).Calculation of percentage yield from the given data?
Descriptive Q#3.Both a & b parts.Calculation of Limiting Reactant and Amount of Excess Reactant.15:25Descriptive Q#3.Both a & b parts.Calculation of Limiting Reactant and Amount of Excess Reactant.
Descriptive Q#3.Both a & b parts.Calculation of Limiting Reactant and Amount of Excess Reactant.
Просмотров 1646 месяцев назад
Descriptive Q#3.Both a & b parts.Calculation of Limiting Reactant and Amount of Excess Reactant.
Descriptive Q # 2 (b).Calculation of percentage composition of each element of Soda Alum.11:33Descriptive Q # 2 (b).Calculation of percentage composition of each element of Soda Alum.
Descriptive Q # 2 (b).Calculation of percentage composition of each element of Soda Alum.
Просмотров 1726 месяцев назад
Descriptive Q # 2 (b).Calculation of percentage composition of each element of Soda Alum.
Descriptive Q#2 (b). Calculation of percentage composition of each element in the given compound.10:51Descriptive Q#2 (b). Calculation of percentage composition of each element in the given compound.
Descriptive Q#2 (b). Calculation of percentage composition of each element in the given compound.
Просмотров 1136 месяцев назад
Descriptive Q#2 (b). Calculation of percentage composition of each element in the given compound.
Descriptive Q#2 (b).Calculation of percentage composition of each element of KMnO4.8:48Descriptive Q#2 (b).Calculation of percentage composition of each element of KMnO4.
Descriptive Q#2 (b).Calculation of percentage composition of each element of KMnO4.
Просмотров 1036 месяцев назад
Descriptive Q#2 (b).Calculation of percentage composition of each element of KMnO4.
Q#5. Calculation of mass of a reactant from balance chemical equation.8:02Q#5. Calculation of mass of a reactant from balance chemical equation.
Q#5. Calculation of mass of a reactant from balance chemical equation.
Просмотров 1736 месяцев назад
Q#5. Calculation of mass of a reactant from balance chemical equation.
Descriptive Q # 1 ( c )..Define molar volume? How we convert gram into volume at STP?10:53Descriptive Q # 1 ( c )..Define molar volume? How we convert gram into volume at STP?
Descriptive Q # 1 ( c )..Define molar volume? How we convert gram into volume at STP?
Просмотров 946 месяцев назад
Descriptive Q # 1 ( c )..Define molar volume? How we convert gram into volume at STP?

Комментарии