P-30 Dual nature of radiation Short/V.short SL Arora: are matter waves electromagnetic ? write de-br

P-19 Dual nature of radiation Short/V.short SL Arora: Electrons are emitted from a photo sensitive s

P-3 Dual nature of radiation Short/V.short SL Arora: write the basic feature of photon picture of el

P-21 Dual nature of radiation Short/V.short SL Arora: How does the maximum kinetic energy of electr

P-18 Dual nature of radiation Short/V.short SL Arora: Two beams one of red and the other of blue lig

P-17 Dual nature of radiation Short/V.short SL Arora: Does the 'stopping potential' in photo electri

P-34 Dual nature of radiation Short/V.short SL Arora: The most probable kinetic energy of thermal ne

P-12 Dual nature of radiation Short/V.short SL Arora: Work function of aluminium is 4.2 eV .If two p

P-8 Dual nature of radiation Short/V.short SL Arora: Define the terms (i) 'cut-off voltage' and (ii)

P-40 Dual nature of radiation Short/V.short SL Arora: An electron and a proton have the same de-brog

P-19 Dual nature of radiation Short/V.short SL Arora: Two monochromatic radiations of frequencies v1

P-22 Dual nature of radiation Short/V.short SL Arora: A source of light is placed at a distance of

P-1 Dual nature of radiation Short/V.short SL Arora: Define photoelectric work function. How is it r

P-9 Dual nature of radiation Short/V.short SL Arora: How does one explain the emission of electron f

P-4 Dual nature of radiation Short/V.short SL Arora: If the wavelength of an electromagnetic radiat

P-31 Dual nature of radiation Short/V.short SL Arora: An electron ,alpha particle and a proton have

P-28 Dual nature of radiation Short/V.short SL Arora: State de-broglie hypothesis .

P-7 Dual nature of radiation Short/V.short SL Arora: In the wave picture of light, intensity of ligh

P-17 Dual nature of radiation Short/V.short SL Arora: The graph of fig. 10.26 shown variation of pho

P-33 Dual nature of radiation Short/V.short SL Arora: The de-Broglie wavelength of a particle of kin

P-1 Dual nature of radiation Short/V.short SL Arora: Describe briefly the experimentally observed f

P-30 Dual nature of radiation Short/V.short SL Arora: An electron and a proton are accelerated throu

P-16 Dual nature of radiation Short/V.short SL Arora: Ultraviolet light is incident on two photosens

P-31 Dual nature of radiation Short/V.short SL Arora: Why are de-Broglie waves associated with a mo

P-7 Dual nature of radiation Short/V.short SL Arora: obtain an expression for the threshold frequenc

P-15 Dual nature of radiation Short/V.short SL Arora: two metals A and B have work functions 4eV and

P-11 Dual nature of radiation Short/V.short SL Arora: Sketch the graphe showing the variation of sto

P-32 Dual nature of radiation Short/V.short SL Arora: What inference was drawn from Davisson and Ge

P-26 Dual nature of radiation Short/V.short SL Arora: The stopping potential in an experiment on pho

P-25 Dual nature of radiation Short/V.short SL Arora: the frequency v of incident radiation is great

P-27 Dual nature of radiation Short/V.short SL Arora: the maximum kinetic energy of a photoelectron

P-8 Dual nature of radiation Very short SL Arora: for a monochromatic radiation incident on a photos

P-20 Dual nature of radiation Very short/short SL Arora: When a monochromatic yellow coloured light

P-2 Dual nature of radiation Very short/short SL Arora: write three characteristic features in photo

P-4 Dual nature of radiation Very short/short SL Arora:(a) when radiation of frequency v is incident

P-5 Dual nature of radiation Very short/short SL Arora: Write two characteristic features observed i

P-6 Dual nature of radiation Very short/short SL Arora: Draw a graph between the frequency of incid

P-9 Dual nature of radiation Very short/short SL Arora: Sketch a graph between frequency of incident

P-10 Dual nature of radiation Very short/short SL Arora: When a given photosensitive material is irr

P-11 Dual nature of radiation Very short/short SL Arora: Figures 10.22 shows variation of stopping p

P-12 Dual nature of radiation Very short/short SL Arora: Figure 10.21 shows the variation of stoppin

P-14 Dual nature of radiation Very short/short SL Arora: Fig 10.23(a) shows the variation of the sto

P-15 Dual nature of radiation Very short/short SL Arora: sketch the graph showing variation of stop

P-16 Dual nature of radiation Very short/short SL Arora: draw a plot showing the variation of photoe

P-22 Dual nature of radiation Very short/short SL Arora: Explain giving reasons for the following (a

P-18 Dual nature of radiation Very short/short SL Arora:figure 10.27 shows a plot of three curves a,

P-21 Dual nature of radiation Very short/short SL Arora: Write Einstein's photoelectric equation and

P-20 Dual nature of radiation Very short/short SL Arora: For a photosensitive surface ,threshold wav

P-23 Dual nature of radiation Very short/short SL Arora: A beam of monochromatic radiation is incide

P-24 Dual nature of radiation Very short/short SL Arora: Light of intensity I and frequency v is inc

P-25 Dual nature of radiation Very short/short SL Arora: State how in a photo-cell the work function

P-26 Dual nature of radiation Very short/short SL Arora: If the frequency of the incident radiation

P-27 Dual nature of radiation Very short/short SL Arora: Radiation of frequency 10^15 Hz is incident

P-38 Dual nature of radiation Very short/short SL Arora: An electron and a photon each have de-Brog

P-28 Dual nature of radiation Very short/short SL Arora:(i) State two important features of Einstein

P-32 Dual nature of radiation Very short/short SL Arora: An alpha particle and a proton are accelera

P-34 Dual nature of radiation Very short/short SL Arora: Plot a graph showing variation of de-brogl

P-36 Dual nature of radiation Very short/short SL Arora: (a) what reasoning led de-Broglie to put fo

P-39 Dual nature of radiation Very short/short SL Arora: calculate the ratio of the accelerating pot

P-33 Dual nature of radiation Very short/short SL Arora: Mention the significance of devisson-germer

P-29 Dual nature of radiation Very short/short SL Arora: A proton and an alpha particle are accelera

P-35 Dual nature of radiation Very short/short SL Arora: A proton and alpha particle have the same d

P-37 Dual nature of radiation Very short/short SL Arora: compare the energy of an electron of de-bro