the-ph-of-a-solution-at-30-0-c-is-5-60-the-kw-at-this-temperature-is-1-471x10-14

Question

The pH of a solution at 30.0°C is 5.60. The K_{w} at this temperature is 1.471×$$10^{–14}. $$Determine the [$$H^{+}$$], [$$OH^{–}$$], and pOH for the solution.

Accepted Answer

[$$H^{+}$$] = 2.5×$$10^{–6} M$$; [$$OH^{–}$$] =  5.9×$$10^{–9} M$$; pOH = 8.23

Answer

[$$H^{+}$$] = 2.5×$$10^{–6} M$$; [$$OH^{–}$$] =  4.0×$$10^{–9} M$$; pOH = 8.40

Answer

[$$H^{+}$$] = 3.2×$$10^{–7} M$$; [$$OH^{–}$$] =  4.0×$$10^{–9} M$$; pOH = 8.40

Answer

[$$H^{+}$$] = 3.2×$$10^{–7} M$$; [$$OH^{–}$$] =  4.0×$$10^{–9} M$$; pOH = 8.23

The pH of a solution at 30.0°C is 5.60. The Kw at this temperature is 1.471×10–14. Determine the [H+], [OH–], and pOH for the solution.

The pH of a solution at 30.0°C is 5.60. The K_w at this temperature is 1.471×10^–14. Determine the [H⁺], [OH^–], and pOH for the solution.