hbro-has-an-acid-dissociation-constant-of-2-800x10-9-if-the-initial-concentratio

Question

HBrO has an acid-dissociation constant of 2.800×$$10^{−9}. If $$the initial concentration of HBrO is 0.01750 M, what are the concentrations of $$H_{3}$O^{+}$$, $$BrO^{−}$$, and HBrO at equilibrium?

Accepted Answer

7.000×$$10^{−6} M$$ $$H_{3}$O^{+}$$, 7.000×$$10^{−6} M$$ $$BrO^{−}$$, 0.01749 M HBrO

Answer

0.01750 M $$H_{3}$O^{+}$$, 0.01750 M $$BrO^{−}$$, 7.000×$$10^{−6} M $$HBrO

Answer

2.800×$$10^{−9} M$$ $$H_{3}$O^{+}$$, 2.800×$$10^{−9} M$$ $$BrO^{−}$$, $$7.000x10^{−6} M $$HBrO

Answer

7.000×$$10^{−6} M$$ $$H_{3}$O^{+}$$, 2.800×$$10^{−9} M$$ $$BrO^{−}$$, 0.01750 M HBrO

HBrO has an acid-dissociation constant of 2.800×10−9. If the initial concentration of HBrO is 0.01750 M, what are the concentrations of H3O+, BrO−, and HBrO at equilibrium?

HBrO has an acid-dissociation constant of 2.800×10⁻⁹. If the initial concentration of HBrO is 0.01750 M, what are the concentrations of H₃O⁺, BrO⁻, and HBrO at equilibrium?