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London Dispersion force is present betwe...

London Dispersion force is present between :-

A

Polar + Polar molecules

B

Nonpolar + Non-polar molecules

C

Polar + Nonpolar molecules

D

All of these

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The correct Answer is:
D
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The measure of net molecular polarity is a quantity called dipole moment which is defined as the magnitude of the charge Q at either end of the molecular dipole times the distance 'r' between the charge : mu=Qxxr Molecular polarities give rise to some of the forces that occur between molecules.Such forces are termed as intermolecular forces.These molecular forces are of several different types including dipole-dipole forces, London dispersion forces, hydrogen bonds and ion-dipole forces (operate between ions and molecules).These intermolecular forces are electrical in origin and results from the mutual attraction of unlike charges or the mutual repulsion of like charges. A formal positive charge on the central atom affect the size of orbitals.A formal positive charge on central atom will pull in all electrons towards the nucleus and this will leads to the contraction in size of orbitals. Which of the following molecule does not have dipole moment ?

The measure of net molecular polarity is a quantity called dipole moment which is defined as the magnitude of the charge Q at either end of the molecular dipole times the distance 'r' between the charge : mu=Qxxr Molecular polarities give rise to some of the forces that occur between molecules.Such forces are termed as intermolecular forces.These molecular forces are of several different types including dipole-dipole forces, London dispersion forces, hydrogen bonds and ion-dipole forces (operate between ions and molecules).These intermolecular forces are electrical in origin and results from the mutual attraction of unlike charges or the mutual repulsion of like charges. A formal positive charge on the central atom affect the size of orbitals.A formal positive charge on central atom will pull in all electrons towards the nucleus and this will leads to the contraction in size of orbitals. Select the correct statement.

Shoulder joint present between :-

Shoulder joint present between :-

ALLEN-INORGANIC CHEMISTRY-CHEMICAL BONDING
  1. Dipole-dipole (Keesom) attraction is present in :-

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  2. The solubility of inert gases in water is due to

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  3. London Dispersion force is present between :-

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  4. The stability of species Li(2),Li(2)^(-)and Li(2)^(+) increases in the...

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  5. Which of the following compound donot exist?

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  6. Among the following, VWF are maximum in :-

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  7. Which of the following can not be calculated by Born Haber cycle forma...

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  8. Which pair is not isomorphous pair :-

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  9. Which of the following compound form non conducting solution in water....

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  10. How many compounds show conductivity HCl(aq), HCl (molten), AlCl(3) (m...

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  11. In which of the following sets, all the three compounds have bonds tha...

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  12. Which of the following B.P. order is not correct

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  13. Strength of H-bond and boiling point order is opposite for :-

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  14. Which of the following order is not correct :-

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  15. In which of the following process, weaking of covalent bond take place...

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  16. Classify the following molecules/ions as nucleophiles or electrophiles...

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  17. The species having diamagnetic nature and bond order 1.0 is

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  18. Which pair of species doesn.t exist ?

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  19. Which of the following order is incorrect?

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  20. Which is the correct decreasing order of covalent nature :-

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