Last Updated On [03-11-2023]
In the above question if potential difference is applied, the drift velocity at temperature 
is
a)
Inversely proportional to 
b)
Proportional to 
c)
Zero
d)
Finite but independent of 
In the above question if potential difference is applied, the drift velocity at temperature is
a)
Inversely proportional to
b)
Proportional to
c)
Zero
d)
Finite but independent of
Question ID - 150831 :-
In the above question if potential difference is applied, the drift velocity at temperature is
a)
Inversely proportional to
b)
Proportional to
c)
Zero
d)
Finite but independent of
|
In the above question if potential difference is applied, the drift velocity at temperature |
|||
|
a) |
Inversely proportional to |
b) |
Proportional to |
|
c) |
Zero |
d) |
Finite but independent of |
|
(a) When temperature is raised, the ions/atoms of the conductor start vibrating with increased amplitude of vibration and greater frequency. Due to which the electrons moving towards the positive end of conductor will suffermore rapid collisions and hence time of relaxation |
decreaseds. As 
thus drift velocity decrease. Therefore
Next Question :
|
In which of the following living organism spore formation takes place? |
|||||||
|
(a) |
Mucor |
(b) |
Planaria |
(c) |
spirogyra |
(d) |
potato |
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