A) \[200\,V\]
B) \[2400\,V\]
C) \[0.24\,V\]
D) \[0.08\,V\]
Correct Answer: D
Solution :
From the formula, \[\frac{es}{ep}=\frac{{{N}_{s}}}{{{N}_{p}}}\] Here : \[{{N}_{s}}=3000,\,\,{{N}_{p}}=1000\] and \[ep=80\]volt \[\frac{es}{ep}=\frac{{{N}_{s}}}{{{N}_{p}}}=\frac{3000}{1000}=3\] \[\Rightarrow \] \[\frac{es}{80}=3\] \[es=80\times 3=240\] 89Volt \[\therefore \] Potential difference across one turn is given by \[\frac{es}{{{N}_{s}}}=\frac{240}{3000}V/turn=0.08V/turn\]You need to login to perform this action.
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