05/04/2017
Atoms, Molecules and Ions: Atomic Numbers Episode #08
Atoms, Molecules and Ions: Atomic Numbers Episode #08 Atoms, Molecules, and ions Contents 1. Chemistry and the Elements 2. Elements and the Periodic Table 3....
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Atoms, Molecules and Ions: Atomic Numbers Episode #08 Atoms, Molecules, and ions Contents 1. Chemistry and the Elements 2. Elements and the Periodic Table 3....
Atoms, Molecules and Ions: The Law of Multiple Proportions and Dalton's Atomic Theory Episode #05
Atoms, Molecules and Ions: The Law of Multiple Proportions and Dalton's Atomic Theory Episode #05 Atoms, Molecules, and ions Contents 1. Chemistry and the El...
Atoms, Molecules and Ions: Observations Supporting Atomic Theory Episode #04
Atoms, Molecules and Ions: Observations Supporting Atomic Theory : The conservation of Mass and the law of definite proportions Episode #04 Atoms, Molecules,...
Atoms, Molecules and Ions: Observations Supporting Atomic Theory Episode #04
Atoms, Molecules and Ions: Observations Supporting Atomic Theory : The conservation of Mass and the law of definite proportions Episode #04 Atoms, Molecules,...
https://www.youtube.com/watch?v=vdMLIkOvO1Q
Atoms Molecules and Ions: Some Common Groups of elements and their properties Episode #03 Atoms, Molecules, and ions Contents 1. Chemistry and the elements 2...
Atoms, Molecules and Ions: Elements and the Periodic Table Episode #02
Atoms, Molecules and Ions: Elements and the Periodic Table Episode #02 Atoms, Molecules, and ions Contents 1. Chemistry and the elements 2. Elements and the ...
Atoms, Molecules and Ions: Series Introduction
Atoms, Molecules and Ions: Series Introduction Atoms, Molecules, and ions Contents 1. Chemistry and the elements 2. Elements and the periodic table 3. Some C...
Atoms Molecules and Ions: Chemistry and the Elements Episode #01
Atoms Molecules and Ions: Chemistry and the Elements Episode #01 Atoms, Molecules, and ions Contents 1. Chemistry and the elements 2. Elements and the period...
Physical Properties and Chemical Constitution Series (14 Videos)
Physical properties of a substance depend on the
intermolecular forces which originate in the internal
structure or the constitution of the molecule. Thus the
determination of properties such as surface tension, viscosity,
refractive index etc., can give valuable information about the
structure of molecules. In the modern times the molecular spectra
of substances recorded by spectroscopic techniques have
proved extremely helpful in elucidating the structure of organic
molecules.
C o n t e n t s
Surface tension and chemical constitution- Use of parachor in elucidating structure
Viscosity and chemical constitution
(1) dunstan rule
(2) molar viscosity
(3) rheochor
Dipole moment
Determination of dipole moment
Bond moment
Dipole moment and
Molecular structure
Dipole moment and ionic character
Molar refraction and chemical constitution
Optical activity and chemical constitution
Magnetic properties
Paramagnetic substances
Diamagnetic substances
Molecular spectra
Electromagnetic spectrum
Relation between frequency, wavelength and wave number
Energy of electromagnetic radiation
Molecular energy levels
Rotational energy
Vibrational energy
Electronic energy
Absorption spectrophotometer
Rotational spectra
Vibrational spectra
Vibrational-rotational spectra
How are IR spectra recorded and interpreted ?
IR spectroscopy
UV-VIS spectroscopy
NMR spectroscopy
Mass spectroscopy
Raman spectra
Molecular Spectra: Episode #07
Physical properties of a substance depend on the intermolecular forces which originate in the internal structure or the constitution of the molecule. Thus th...
Magnetic Properties and Molecular Structure: Episode #06
Physical properties of a substance depend on the intermolecular forces which originate in the internal structure or the constitution of the molecule. Thus th...
Optical Activity and Chemical Constitution: Episode #05
Physical properties of a substance depend on the intermolecular forces which originate in the internal structure or the constitution of the molecule. Thus th...
Molar Refraction and Constitution: Episode #4
Physical properties of a substance depend on the intermolecular forces which originate in the internal structure or the constitution of the molecule. Thus th...
Dipole Moment and Molecular Structure: Episode #03
Physical properties of a substance depend on the intermolecular forces which originate in the internal structure or the constitution of the molecule. Thus th...
Viscosity and chemical constitution: Episode #02
Physical properties of a substance depend on the intermolecular forces which originate in the internal structure or the constitution of the molecule. Thus th...
Use of parachor in elucidating structure: Episode #01
Physical properties of a substance depend on the intermolecular forces which originate in the internal structure or the constitution of the molecule. Thus th...
Physical Properties and Chemical Constitution: Series Introduction
Physical properties of a substance depend on the intermolecular forces which originate in the internal structure or the constitution of the molecule. Thus th...
Electrolysis and Electrical Conductance
Contents
Mechanism of electrolysis; Electrical units, Faraday’s laws of electrolysis; Faraday’s first law, Faraday’s second law; Importance of the first law of electrolysis , Importance of the second law of electrolysis; Conductance of electrolytes, Specific conductance, Equivalent conductance; Summary of electrochemical quantities; Strong electrolytes; Weak electrolytes; Measurement of electrolytic conductance; Determination of the cell constant.
https://www.youtube.com/playlist?list=PLjatJgAU0ToZdD6l-aIzuZNlQhcRkSDm_
Electrolysis and Electrical Conductance
Contents
Mechanism of electrolysis; Electrical units, Faraday’s laws of electrolysis; Faraday’s first law, Faraday’s second law; Importance of the first law of electrolysis , Importance of the second law of electrolysis; Conductance of electrolytes, Specific conductance, Equivalent conductance; Summary of electrochemical quantities; Strong electrolytes; Weak electrolytes; Measurement of electrolytic conductance; Determination of the cell constant.
https://www.youtube.com/playlist?list=PLjatJgAU0ToZdD6l-aIzuZNlQhcRkSDm_
Electrolysis and Electrical Conductance
Contents
Mechanism of electrolysis; Electrical units, Faraday’s laws of electrolysis; Faraday’s first law, Faraday’s second law; Importance of the first law of electrolysis , Importance of the second law of electrolysis; Conductance of electrolytes, Specific conductance, Equivalent conductance; Summary of electrochemical quantities; Strong electrolytes; Weak electrolytes; Measurement of electrolytic conductance; Determination of the cell constant.
https://www.youtube.com/playlist?list=PLjatJgAU0ToZdD6l-aIzuZNlQhcRkSDm_
Catalysis Made easy
Contents
What is catalysis , Types of catalysis, Homogeneous catalysis, Heterogeneous catalysis, Characteristics of catalytic reactions, promoters , Catalytic poisoning, Autocatalysis, Negative catalysis, Activation energy and Catalysis, Theories of catalysis, The intermediate compound formation theory, The adsorption theory, Hydrogenation of ethene in presence of nickel, Acid–Base catalysis, Mechanism of acid catalysis , Enzyme catalysis, Mechanism of Enzyme Catalysis, Characteristics of Enzyme Catalysis
https://www.youtube.com/playlist?list=PLjatJgAU0ToZgaz450tRskNPyeHRZ11vf
https://www.youtube.com/watch?v=q0T54VFkbmU
Corrosion Science Made Easy: Definition and Importance of Corrosion Episode #01 Corrosion is a natural process, which converts a refined metal to a more chem...
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