In the above circuit, C = ${{\sqrt 3 } \over 2}$$\mu $F, R2 = 20 $\Omega $, L = ${{\sqrt 3 } \over {10}}$ H and R1 = 10 $\Omega $. Current in L-R1 path is I1 and in C-R2 path it is I2 . The voltage of A.C. source is given by, V = 200 ${\sqrt 2 }$ sin (100 t) volts . The phase difference between I1 and I2 is :

Question

In the above circuit, C = ${{\sqrt 3 } \over 2}$$\mu $F, R₂ = 20 $\Omega $, L = ${{\sqrt 3 } \over {10}}$ H and R₁ = 10 $\Omega $. Current in L-R₁ path is I₁ and in C-R₂ path it is I₂ . The voltage of A.C. source is given by, V = 200 ${\sqrt 2 }$ sin (100 t) volts . The phase difference between I₁ and I₂ is :

150^o

90^o

30^o

0^o

Solution

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