For a solution of h2so4, determine the van\'t hoff factor assuming 0% ionization and 100% ionization

Van´t Hoff factor assuming 0 % ionization is 1, while when ionization is 100 % the factor is 3.

Explanation:

The study of colligative properties is different for ionic substances than for non-ionic substances. This is related with the fact that when  ionic compounds are dissolved, they separates in their constitutive ions. In contrast, when a non-ionic compound is dissolved, there are only one type o molecule in the solution. This fact affect the estimation of colligative properties and for this reason Van´t Hoff factor was introduced.

Van´t Hoff factor = number of particles after disociation/ number of particles before disociation.

The disociation of H2SO4 is represented as:

H2SO4 ⇔ 2 H+  + SO4-

- Assuming 0 % inization:

Van´t Hoff factor = 1/ 1 ⇒Van´t Hoff factor = 1.

-Assuming 100 % Ionization

Van´t Hoff factor = 3/ 1 ⇒Van´t Hoff factor = 3.

Summarizing, Van´t Hoff factor assuming 0 % ionization is 1, while when ionization is 100 % the factor is 3.

a is the answer

explanation:

which statement about trans-fatty acids is false?

a. the conversion of cis-fatty acids to trans-fatty acids is inhibited by the presence of antioxidants.

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