Deuterium oxide (\( {D}_2{O} \)) has a higher molecular mass compared to normal water (\( {H}_2{O} \)), which leads to slightly different physical properties. While the properties like melting point, enthalpy of vaporization, and viscosity are relatively similar, the dielectric constant of \( {D}_2{O} \) is less than that of \( {H}_2{O} \). This is because the increased mass of deuterium affects the polarizability and the ability to stabilize charges, leading to a lower dielectric constant.
Final Answer: Dielectric constant.
Which among the following oxoacids of phosphorus will have P-O-P bonds?
I. H4P2O5
II. H4P2O6
III. H4P2O7
IV. (HPO3)3
1 g of \( XY_2 \) is dissolved in 20 g of \( C_6H_6 \). The \( \Delta T_f \) of the resultant solution is 2.318 K.
When 1 g of \( XY_4 \) is dissolved in 20 g of \( C_6H_6 \), its \( \Delta T_f \) is found to be 1.314 K.
What are the atomic masses of X and Y respectively?
(\( k_f \) of \( C_6H_6 \) is 5.1 K kg \( mol^{-1} \))
What is $R_f$ of B in the following reaction?
Two statements are given below
Statement I: Benzanamine can be prepared from phthalimide.
Statement II: Benzanamine is less basic than phenyl methanamine.
What are X and Z in the following reaction sequence?
What is Y in the following reaction sequence?
Observe the following set of reactions:
Correct statement regarding Y and B is:
What is X in the following reaction?