Explain why compound containing carbonate ion, phosphate ion, chromate ion, and sulfide ion water insoluble?
Why compounds containing Li^+, Na^+. K^+, Cs^+, or NH4^+ are exceptions (water soluble)?
Generally, For solubility condition lattice energy must be less than the hydration energy. But the most of the compound cantaining carbonate ion, phosphate ion, chromate ion, and sulfide ion has Higher lattice energy. That's reason compound containing carbonate ion, phosphate ion, chromate ion, and sulfide ion are water insoluble.
Solubility of salts is related to the strength of attraction between the positive and negative ions. The compounds containing Li^+, Na^+. K^+, Cs^+ (Alkali metal ions), or NH4^+ ion have a low charge and a large radius, which both reduces the attraction, so salts containing these ions are generally soluble. Compare this to for instance the Al3+ ion that has a small radius and a high (3+) charge. Many Al salts are insoluble.
Explain why compound containing carbonate ion, phosphate ion, chromate ion, and sulfide ion water insoluble? Why...
Soluble Ions 1. Cations 2. Anions Empirical Solubility Rules The presence of these ions tend to make the ionic compound water soluble (note exceptions). Ions Exceptions (compounds are insoluble despite having these cations) Li", Na, K, Exceptions = Li,Co, and LigPO4 NH Exceptions (compounds are insoluble Ious despite having these anions) NO,, nitrate ion No exceptions, all nitrates are water soluble C₂H₂O₂: No exceptions, all acetates are water soluble No acetate ion CIO4, CIO3. No exceptions, all perchlorate and chlorate...
i really have no idea about this part about the solubility
generalization rules
Part B:Solubility Generalizations (up to 7 points) Copy the statements you wrote in your lab notebook here while performing the experiment. There are 7 anions and 10 cations for up to 17 statements, although you may combine some into one statement, see example on page 6. point for each correct, non-duplicated statement. You will earn 1. Example: Ionic compounds containing the carbonate ion (CO,2-) are typically insoluble...
in the table below, predict which of the following reactant
combinations will produce precipitates and write all the products
that form (including states of matters- l, s, aq, g;
write "ss" if it is slightly soluble). Useful
information is also below.
TABLE 4.1 | Simple Rules for the Solubility of Salts in Water 1. Most nitrate (NO3-) salts are soluble. 2. Most salts containing the alkali metal ions (Li+, Na+, K+, Cst, Rb+) and the ammonium ion (NH4+) are soluble....
in the table below, predict which of the following reactant
combinations will produce precipitates and write all the products
that form (including states of matters- l, s, aq, g; write
"ss" if it is slightly soluble). Useful information is
also below.
TABLE 4.1 | Simple Rules for the Solubility of Salts in Water 1. Most nitrate (NO3-) salts are soluble. 2. Most salts containing the alkali metal ions (Li+, Na+, K+, Cst, Rb+) and the ammonium ion (NH4+) are soluble....
D Question 6 3 pts Write the expression for the equilibrium constant for the reaction represented by the equation Pb2+ (aq) + 2Cl(aq) =PbCl2(s) Is Kc>1.<1, or 1? Explain your answer. Solubility Rules: Soluble compounds contain • group 1 metal cations (LI". Na, K, Rb and Cs) and ammonium ion NHA • the halide ions (CI", Br", and I") • the acetate (C2H302 ), bicarbonate (HCO3), nitrate (NO3), and chlorate (CIO) ions • the sulfate (S04)ion Exceptions to these solubility...
in the table below, predict which of the following reactant
combinations will produce precipitates and write all the products
that form (including states of matters- l, s, aq, g; write
"ss" if it is slightly soluble). Useful information is
also below.
TABLE 4.1 | Simple Rules for the Solubility of Salts in Water 1. Most nitrate (NO3-) salts are soluble. 2. Most salts containing the alkali metal ions (Li+, Na+, K+, Cst, Rb+) and the ammonium ion (NH4+) are soluble....
Explain the reason why Cl^ - , Br^ - and I ^ - are water soluble compounds. Why are compounds containing Ag+, Hg2 ^2+, and Pb^2+ are exceptions (Water-insoluble)?
Please help ASAP! 1. Solid iron(II) carbonate and solid iron(II) sulfide are in equilibrium with a solution containing 1.21×10-2 M sodium carbonate. Calculate the concentration of sulfide ion present in this solution. [sulfide] = ________ M 2. Solid manganese(II) sulfide and solid copper(II) sulfide are in equilibrium with a solution containing 1.31×10-2 M manganese(II) nitrate. Calculate the concentration of copper(II) ion present in this solution. [copper(II)] = _______ M 3. Consider these compounds: A. Al(OH)3 B. Cr(OH)3 C. Ag2CrO4 D....
#1,2,3,4,5 state if the following ionic compounds will be
soluble or insoluble in water and give a brief explanation
why.
#6 Predict which reactions will form soluble or insoluble
compounds: A &B
1. State if the following ionic compounds will be soluble or insoluble in water (Give a brief explanation why to receive credit) 1. CaCl2 2. MgOH 3. BaSO4 4. AgBr 5. Al2(CO3)3. 6. Predict which reactions will form soluble or insoluble compounds below: a) LiBr(aq) + NaNO, (aq)....
Identify the spectator ions present (if any) when aqueous solutions of AgNO3 and MgCl, are mixed. Periodic Table TABLE 8.1 Solubility Rules for Ionic Compounds in Water Compounds Containing the Following Ions Are Generally Soluble Exceptions Lit, Nat, Kt, and NHA None NO, and C2H30 None CI, Br, and When these ions pair with Agt, Hg2+, or Pb2+, the resulting compounds are insoluble. SO2- When SO 2 pairs with Sr?+, Ba²+, Pb2+, Ag+, or Ca't, the resulting compound is insoluble....