2. Predict the solubility of the following substances in water, using Table 8.1. These substances are...

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2. Predict the solubility of the following substances in water, using Table 8.1. These substances are relevant to this experiment. a. NaNO3 b. NH4Br C. (NH4)2SO4 d. (NH4)2CO3 e. BaBr2 f. BaSO4 g. Ba(OH)2 h. BaCO3 Table 8.1: Solubility Rules of lonic Compounds Soluble lonic Compounds Compounds containing: Li+, Na+, K+, NH4+ NO3 CH³COO™, CIO4¯ CI, Br, I SO4²- Insoluble lonic Compounds Compounds containing: 0²-, CO3²-, PO4³- S²-, OH- Unless it contains No exception No exceptions Ag+, Cut, Hg₂+2, Pb+² Ba+2, Ca²+, Pb+², Sr+² Unless it contains NH4+, Li+, Na+, K+ NH4+, Li+, Na+, K+, Ca+2, Sr+2, Ba+² CH3COOH is an organic acid and it dissolved in water as whole - you should not separate it into CH3COO™ and H. 2. Predict the solubility of the following substances in water, using Table 8.1. These substances are relevant to this experiment. a. NaNO3 b. NH4Br C. (NH4)2SO4 d. (NH4)2CO3 e. BaBr2 f. BaSO4 g. Ba(OH)2 h. BaCO3 Table 8.1: Solubility Rules of lonic Compounds Soluble lonic Compounds Compounds containing: Li+, Na+, K+, NH4+ NO3 CH³COO™, CIO4¯ CI, Br, I SO4²- Insoluble lonic Compounds Compounds containing: 0²-, CO3²-, PO4³- S²-, OH- Unless it contains No exception No exceptions Ag+, Cut, Hg₂+2, Pb+² Ba+2, Ca²+, Pb+², Sr+² Unless it contains NH4+, Li+, Na+, K+ NH4+, Li+, Na+, K+, Ca+2, Sr+2, Ba+² CH3COOH is an organic acid and it dissolved in water as whole - you should not separate it into CH3COO™ and H.