The observed rotation of 2.0 gm of a compound iin 10 mL solution in a 25 cm long prolarimeter tube + `13.4^(@)`. The specific roration of compound is :

The observed rotation of 2.0 gm of a compound in 10 mL solution in a 25 cm long polarimeter tube is + 13.4^(@) . The specific rotation of compound is :

The observed rotation of 2 gram of a compound in 10ml of solution in polarimeter tube of 25cm long is +24.6^(@) . The specific rotation of the compound (in degree) is

The observed rotation of 10ml of a solution containing 2g of a compound when placed in 25cm long polarimeter tube is + 13.4^@ . What is the specific rotation of the compound?

The observed rotation of 10ml of a solution containing 2g of a compound when placed in 25cm long polarimeter tube is + 13.4^@ . What is the specific rotation of the compound?

If solution of a compound ( 30g//100ml of solution ) has measured rotation of +15^(@) in a 2 dm long sample tube, the specific rotation of this compound is

The concentration of an organic compound in chloroform is 6,15 g per 100 mL of solution. A portion of this solution in a 5 cm polarimeter tube causes an observed rotation of - 1.2^(@) . What is the specific rotation of the compound?