**Title: Calculating Solubility Product (Ksp) for Sparingly Soluble Compounds****Introduction:**In this exercise, we will determine the Ksp expressions for the following sparingly soluble compounds. If the expression results in a numerator or denominator of 1, please enter "1" accordingly.**Compounds:****(a) AgCN (Silver Cyanide)**Ksp Expression: [Ag^+] [CN^-](Enter the calculated Ksp value in the provided box)**(b) Co(OH)₂ (Cobalt(II) Hydroxide)**Ksp Expression: [Co^2+] [OH^-]²(Enter the calculated Ksp value in the provided box)**Instructions:**- Write the expression for each compound as shown.- If the calculation includes a value of 1 for either the numerator or denominator, simply enter "1" in the respective box.- Ensure the chemical formula and charges are accurately represented in your calculations for correct Ksp determination.**Conclusion:**By understanding these expressions, students can better grasp the concept of solubility products and their applications in predicting the solubility of ionic compounds.

Sparingly soluble compounds dissociate very little into their ions. So first we would write the equation of dissociation. In Ksp expression only aqueous compounds are involved . Solid compounds are not involved in Ksp expression because their concentration is taken as constant. The coefficients of ions are written as power of their concentration.