Slope of V(0) vs v curve is (where V(0)=...

Slope of `V_(0)` vs v curve is (where `V_(0)`= Stopping potential, v=subjected freqency)

` (h)/(e )`

`phi _ 0`

` h`

Text Solution

Verified by Experts

The correct Answer is:

Topper's Solved these Questions

PHOTOELECTRIC EFFECT
MOTION|Exercise EXERCISE-2 (OBJECTIVE QUESTIONS (NEET))|17 Videos
PHOTOELECTRIC EFFECT
MOTION|Exercise EXERCISE - 3 SECTION -A (Previous Year Problems (NEET ))|38 Videos
PHOTOELECTRIC EFFECT
MOTION|Exercise QUESTIONS FOR PRACTICE|12 Videos
OPTICS
MOTION|Exercise Exercise|45 Videos
PROJECTILE MOTION
MOTION|Exercise EXERCISE-3 (SECTION-B)|8 Videos

Similar Questions

Explore conceptually related problems

Slope of V_(0)-v curve is- (where V_(0)= Stopping potential and v=frequency)

The stopping potential (V_(0))

The ratio of slopes of K_(max) vs. V and V_(0) vs. v curves in the photoelectric effect gives (v= freqency. K_(max) = maximum kinetic energy, V_(0) =stopping potential) :

In photoelectric effect the slope of straight line graph between stopping potential (V_(s)) and frequency of incident light (v) gives

When light of frequency v_1 incident on a metal with work function W_0 (where hv_1 gt W_0), the photocurrent falls to zero at a stopping potential of V_1. If the frequency of light is increased to v_2, the stopping potential changes to V_2. Therefore, the charge of an electron is given by

When a certain photosensistive surface is illuminated with monochromatic light of frequency v, the stopping potential for the photo current is -V_(0)//2 . When the surface is illuminated by monochromatic light of frequency v//2 , the stopping potential is -V_(0) . The threshold frequency gor photoelectric emission is :

When a certain metal surface is illuminated wth light of frequency v, the stopping potential for photoelectric current is V_(0) . When the same surface is illumiinated by light of frequency (v)/(2) , the stopping potential is (V_(0))/(4) . The threshold frequency ofr photoelectric emissiohn id

Monochromatic light of frequency v_(1) irradiates a photocell and the stopping potential is found to be V_(1) . What is the new stopping potential of the cell if it irradiated by monochromatic light of frequency v_(2) ?

MOTION-PHOTOELECTRIC EFFECT -EXERCISE-1 (OBJECTIVE QUESTIONS)

Light of wavelength 3320 Å incidents on metal surface (work fun...
Text Solution
|
Using light of wavelength 6000 Å stopping potential is obtained ...
Text Solution
|
When light source is placed at 1 m distant from photo electric...
Text Solution
|
In the given diagram if V represent the stopping potential and...
Text Solution
|
Photoelectric current as a function of voltage V for different ...
Text Solution
|
In the following figure the curves have been drawn between the...
Text Solution
|
When monochromatic light of wavelength lambda illuminates a metal surf...
Text Solution
|
If the wavelength of incident light decrease from lamda 1 ...
Text Solution
|
The retarding potential for having zero photo - electron current
Text Solution
|
In photoelectric effect work function of any metal is 2.5 eV. ...
Text Solution
|
When ultraviolet light of wavelength 100 nm is incident upon silver pl...
Text Solution
|
Slope of V(0) vs v curve is (where V(0)= Stopping potential, v=subject...
Text Solution
|
Figure represents the graph of photo current I versus applied ...
Text Solution
|
The graph between the energy of photoelectrons E and the wav...
Text Solution
|
In the diagram, graph are drawn between stopping potential ...
Text Solution
|
For a photoelectric cell, the graph shown the variation of c...
Text Solution
|
A monochromatic source of light operation at 200 W emits 4xx10^(20) ph...
Text Solution
|
Light of wavelength 5000 Å falls on a sensitive surface. If th...
Text Solution
|
In photoelectric equation hv = hv 0 + (1 )/(2) mv ^ 2 of Ei...
Text Solution
|
the photoelectric effect can not be explained by the wave theory of li...
Text Solution
|