A thin biconvex lens of refractive index ${\mu }_2$  and radii of curvatures $R_1$  and $R_2$  is placed between 2 medias of refractive index  ${\mu }_1$ and  ${\mu }_3$ as shown in figure:

Column 1	Column 2	Column 3
(I) $R_1=10cm$ $R_2=10cm$	(i) ${\mu }_1=1$ ${\mu }_3=3/2$	(P) ${\mu }_2=1$
(II) $R_1=10cm$ $R_2=20cm$	(ii) ${\mu }_1=1$ ${\mu }_3=4/3$	(Q) ${\mu }_2=4/3$
(III) $R_1=20cm$ $R_2=10cm$	(iii) ${\mu }_1=3/2$ ${\mu }_3=4/3$	(R) ${\mu }_2=3/2$
(IV) $R_1=10cm$ $R_2\to \infty$	(iv) ${\mu }_1=4/3$  ${\mu }_3=4/3$	(S) ${\mu }_2=\frac{17}{12}$

 

Which of the following configuration will not cause any angular deviation in the light beam passing through it?

• A

  (I)(i)(Q)

• B

  (I)(ii)(R) 

• C

  (I)(iii)(S) 

• D

  (I)(iv)(P)