If the optical rotation produced by the compound `(A)` is `+52^(@)`, the one produced by compound `(B)` is :

If optical rotaion produced by compound (i) is + 52^@ than that produced by compound (ii) is

If the specific rotation produced by the compound ‘A’is +52^(@) , then the specific rotation of compound .B. is

If optical rotation produced by is 36^@ then that produced by is :

If optical rotation produced by is 36^(@) then that produced by is :

If optical rotation produced by is +36^(@) , then that produced by

The optical rotation of an optically active compound is +20^(@) . The length of tube is 10 cm and the density of solution is 0.4 gm ml^(-) . The specific rotation of the compound is: i. +50^(@) ii. +500^(@) iii. +5^(@) iv. +0.5^(@)