According to Einstein's photoelectric equ | vedclass

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Question

(d)According to Einstein equation
$h
u = h{
u _0} + {K_{\max }}$

==> ${K_{\max }} = h
u - h{
u _0}$  on comparing it with $y = mx + c,

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Vedclass · Answer

(d)According to Einstein equation
$h
u = h{
u _0} + {K_{\max }}$

==> ${K_{\max }} = h
u - h{
u _0}$  on comparing it with $y = mx + c,$ it is clear to say that,

This is the equation of straight line having positive slope $(h)$ and negative intercept $(h{
u _0})$ on $KE$ axis.

According to Einstein's photoelectric equation, the graph between the kinetic energy of photoelectrons ejected and the frequency of incident radiation is

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