A time varying magnetic field $B=\left(\frac{3+2t}{2}\right)T$   exist in a cylindrical region directed into the plane. A conducting ring of radius r=1m, having resistance $R_1=\pi \Omega$   for upper half ring and  $R_2=2\pi \Omega$  for lower half ring is placed with it’s centre coinciding with axis of cylindrical region as shown.

List I contains physical quantity in conducting ring and List-II contains their values in SI unit.

List I		List II
I)	Potential difference between A and B	P)	$\frac{1}{2}$
II)	Magnitude of induced electric field  $E^{*}$ (due to time varying magnetic field)	Q)	$\frac{1}{6}$
III)	Electric current in the loop	R)	$\frac{\pi }{6}$
IV)	Electrostatic field $E_2$  in lower half of the ring	S)	$\frac{1}{3}$