In the arrangement shown in the figure, 
mm, 
mm and 
m. The work function of the material of the emitter is 2.2 eV. Find the stopping potential 
needed to stop the photocurrent (in 
V)
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mm, mm and m. The work function of the material of the emitter is 2.2 eV. Find the stopping potential needed to stop the photocurrent (in V)Question ID - 154147 | SaraNextGen Top Answer In the arrangement shown in the figure, mm, mm and m. The work function of the material of the emitter is 2.2 eV. Find the stopping potential needed to stop the photocurrent (in V)
In the arrangement shown in the figure, mm, mm and m. The work function of the material of the emitter is 2.2 eV. Find the stopping potential needed to stop the photocurrent (in V)
1 Answer
127 votes
Answer Key / Explanation : (9) -
|
(9) Given: Fringe width,
Stopping potential
|
mm, 
eV, 
m
eV
127 votes
Answer Link
127