Pseudobinary Ionic Compounds — Definition, Formula, Properties & Uses | AllChemicals | AllChemicals

What is Pseudobinary Ionic Compounds?

Pseudobinary ionic compounds are ionic compounds that appear to be binary (two-component) but actually contain polyatomic ions, such that the compound behaves chemically like a binary ionic compound in terms of naming and formula writing. Examples include ammonium chloride (NH₄Cl), sodium hydroxide (NaOH), and calcium carbonate (CaCO₃). They are named and treated similarly to binary ionic compounds, with the polyatomic ion acting as a single unit.

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Term Pseudobinary Ionic Compounds

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What is Pseudobinary Ionic Compounds?

Pseudobinary ionic compounds are ionic compounds that appear to be binary (two-component) but actually contain polyatomic ions, such that the compound behaves chemically like a binary ionic compound in terms of naming and formula writing. Examples include ammonium chloride (NH₄Cl), sodium hydroxide (NaOH), and calcium carbonate (CaCO₃). They are named and treated similarly to binary ionic compounds, with the polyatomic ion acting as a single unit.

More "P" Terms

P-type Semiconductor Pairing Pairing Energy Palladium Pd Parachor [P] = M(γ)^(1/4) / (ρ_L - ρ_V) Paramagnetic χ_m > 0; unpaired electrons; μ = √(n(n+2)) BM (n = unpaired electrons) Paramagnetism Partial Ionic Character % ionic = (1 - e^(-Δχ²/4)) × 100% Partial Pressure Partial Pressure p_i = x_i × P_total; P_total = Σp_i Particulate Matter Parts Per Million ppm = mg/L (water) or mg/kg; = (mass solute/mass solution) × 10⁶

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