The phase angle between current and voltage in a purely inductive circuit is :
$π$
$z e r o$
$π$ /4
$π$ /2

π

z e r o

π

π

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Solution

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In the above image waveform of current and voltage in puerly inductive circuit with time is shown.
It is clear from the image that current lags voltage by $90^{o}$ .
Hence phase angle between current and voltage in purely inductive circuit is $π / 2$

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In the above image waveform of current and voltage in puerly inductive circuit with time is shown.It is clear from the image that current lags voltage by 90o.Hence phase angle between current and voltage in purely inductive circuit is π/2

The phase angle between current and voltage in a purely inductive circuit is :
$π$
$z e r o$
$π$ /4
$π$ /2

In the above image waveform of current and voltage in puerly inductive circuit with time is shown.
It is clear from the image that current lags voltage by $90^{o}$ .
Hence phase angle between current and voltage in purely inductive circuit is $π / 2$