The ethylammonium ion, CH3CH2NH3+, has

  1. The ethylammonium ion, CH3CH2NH3+, has a pKa of 10.81. It reacts with water to form ethylamine, CH3CH2NH2 and H3O+.Which of the
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    2. Kristin asked by Kristin
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  2. Calculate the pH of a 195 mL solution containing 7.50g of ethylamine (CH3CH2NH2) and 7.50g of ethylammonium bromide (CH3CH2NH3+
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    2. z asked by z
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  3. Given that Ka for HClO is 4.0 × 10-8 at 25 °C, what is the value of Kb for ClO– at 25 °C?Given that Kb for CH3CH2NH2 is 6.3
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    2. Greg asked by Greg
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  4. Calculate the concentrations of all species present in a 0.32 M solution of ethylammonium chloride (C2H5NH3Cl).
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    2. timothy asked by timothy
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  5. for each of the following compounds, draw the form in which it will predominate at ph=3, ph=6, ph=10, and ph=14.a)CH3COOH
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    2. julia asked by julia
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  6. what is the Ka for ethylammonium cation,C2H5NH3^+, at 25 celsius?(Kb for C2H5NH2=4.7x10^-4 at 25 Celsius)
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    2. Bb asked by Bb
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  7. Calculate the concentrations of all species present in a 0.33 M solution of ethylammonium chloride (C2H5NH3Cl).Okay so i tried
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    2. Spencer asked by Spencer
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  8. CH3CH2NH2(aq) + H2O(l) <-> CH3CH2NH3+(aq) + OH-(aq)Kb = 5.0e-4 Ethylamine, CH3CH2NH, a weak base reacts with water according to
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    2. Jess asked by Jess
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  9. Label the following reaction components as weaker acid, conjugate base and the species that predominate at equilibrium (two may
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    2. Angel asked by Angel
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