A)
B)
C)
D)
Correct Answer: C
Solution :
\[\frac{hc}{{{\lambda }_{\min }}}=eV\] \[\frac{1}{{{\lambda }_{\min }}}=\frac{eV}{hc}\] \[\ell n\left( \frac{1}{{{\lambda }_{\min }}} \right)=\ell nV+\ell n\frac{e}{hc}\] \[-n({{\lambda }_{\min }})=\ell nV+\ell n\frac{e}{hc}\] \[\ell n({{\lambda }_{\min }})=-\ell nV-\ell n\left( \frac{e}{hc} \right)\] It is a straight line with -ve slope.You need to login to perform this action.
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