is it possible that increase in intensity cause the freq to decrease, therefore resulting in the same rate of emission? if so how can we determine whether the increases in intensity increase the rate of emission or decrease the freq
Hmmm it really depends on the setup and what is changing/kept constant! The relationship between all these variables can be summarized by: I ∝ fN. So when you say increase intensity and frequency decrease, what about N? Is it constant? Changing?
you guys make me like physics
Is this in the 2023 syllabus?
Can you do one explaining what happens when we vary intensity and wavelength not frequency
is it possible that increase in intensity cause the freq to decrease, therefore resulting in the same rate of emission? if so how can we determine whether the increases in intensity increase the rate of emission or decrease the freq
appreciate the vids btw 😊
Hmmm it really depends on the setup and what is changing/kept constant! The relationship between all these variables can be summarized by: I ∝ fN.
So when you say increase intensity and frequency decrease, what about N? Is it constant? Changing?
Question we know that
Intensity = n × hf
So what is n is constant and we increase frequency then f becomes directly proportional to current right
directly proportional to intensity yes.