A) \[{{e}_{\lambda }}{{a}_{\lambda }}={{E}_{\lambda }}\]
B) \[{{e}_{\lambda }}{{E}_{\lambda }}={{a}_{\lambda }}\]
C) \[{{e}_{\lambda }}={{a}_{\lambda }}{{E}_{\lambda }}\]
D) none of these
Correct Answer: C
Solution :
According to Kirchoffs law, \[{{E}_{\lambda }}=\frac{{{e}_{\lambda }}}{{{a}_{\lambda }}}\] \[\therefore \] \[{{e}_{\lambda }}={{E}_{\lambda }}\,{{a}_{\lambda }}\]
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