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Question#1

Which is the correct relationship between wavelength and momentum of particles [Pb. PMT 2000] 

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Question#2

The de-Broglie equation applies [MP PMT 2004] 

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Question#3

Calculate the de-Broglie wavelength of an electron traveling at 1% of the speed of light [DPMT 2004] 

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Question#4

Dual nature of particles was proposed by [DCE 2004]

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Question#5

A cricket ball of 0.5 kg is moving with a velocity of 100m /sec . The wavelength associated with its motion is [DCE 2004]

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Question#6

A 200g golf ball is moving with a speed of 5 m per hour. The associated wavelength is ( h = 6.625 x 10-34  J - sec  [MP PET 2003] 

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Question#7

If the velocity of hydrogen molecule is 5 x 104  cm sec-1 , then its de-Broglie wavelength is [MP PMT 2003]

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Question#8

What is the de-Broglie wavelength associated with the hydrogen electron in its third orbit [A MU (En gg.) 2002]

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Question#9

The de-Broglie wavelength associated with a particle of mass  10-6 kg moving with a velocity of 10  ms-1 , is [A IIMS 2001]

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Question#10

What will be the de-Broglie wavelength of an electron moving with a velocity of 1.2 x 105 ms-1 [MP PET 2000]

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Question#11

An electron has kinetic energy 2.8 x 10-23 J . de-Broglie wavelength will be nearly . ( me kg 9.1 x 10-31 kg ) [MP PET 2000]  

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Question#12

The de-Broglie wavelength associated with a material particle is [JIPMER 2000] 

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Question#13

Minimum de-Broglie wavelength is associated with [RPMT 1999]

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Question#14

 The de-Broglie wavelength of a particle with mass 1gm and velocity 100m / sec is [CBSE PMT 1999; EA MCET 1997; A FMC 1999; AIIMS 2000] 

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Question#15

de-Broglie equation is [MP PMT 1999; CET Pune 1998] 

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Question#16

Which of the following expressions gives the de-Broglie relationship [MP PMT 1996, 2004; MP PET /PMT 1998] 

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Question#17

Which one of the following explains light both as a stream of particles and as wave motion [A IIMS 1983; IIT 1992; UPSEAT 2003]

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Question#18


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Question#19

The wave nature of an electron was first given by [CMC V Vellore 1991; Pb. PMT 1998; CPMT 2004]

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Question#20

De Broglie equation describes the relationship of wavelength associated with the motion of an electron and its [MP PMT 1986] 

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Categories
1.    Introduction To Fundamental
         Atomic Mass
         Empirical formula
         Molecular Formula
         Concept of Mole
         Stoichiometry
         Limiting Reactant
         Percentage yield
2.    Atomic Strcuture
         Constituents of atom
         Properties of canal rays
         Rutherford Model
         Planks Theory
         Spectrum
         Bohr Model
         Hydrogen Spectrum
         de Broglie relation
         Uncertainty principle
         Quantum Number
         Electronic configuration
4.    Liquids
         Intermolecular forces
         hydrogen Bonding
         Evaporation
         Vapor Pressure
5.    Solids
         Types of Solids
         Ionic Solids
         Covalent Solids
         Molecular Solids
         Metallic solids
         Unit Cell
         Crystal System
7.    Reaction kinetics
10.    chemical Bonding
         Valency
         Octate Rule
         Ionization Energy
         Electron affinity
         Electronegativity
         Ionic Bond
         Covalent Bond
         Polarization
         Coordinate covalent Bond
         Sigma and pi Bond
         Hydrogen Bond
         VSEPR theory
         VBT
         Hybridization
         MOT
         Dipole moment
14.    Chemistry Of Hydrocarbons
17.    Alkyl halides
         IUPAC system
         SN1 & SN2
         E1 & E2
         Nucleophile and Base
20.    Macromolecules