Using the Henderson-Hasselbalch equation, determine the concentrations of both [A-] = tris = x and [HA] = trisHCl = (0.2 - x).

[tex]\huge\color{red} {\boxed{\tt{A}}} \color{blue}{\boxed{\tt{N}}} \color{hotpink}{\boxed{\tt{S}}} \color{blueviolet}{\boxed{\tt{W}}} \color{fuchsia}{\boxed{\tt{E}}} \color{lightgreen}{\boxed{\tt{R}}}\huge\color{red} {\boxed{\tt{A}}} \color{blue}{\boxed{\tt{N}}} \color{hotpink}{\boxed{\tt{S}}} \color{blueviolet}{\boxed{\tt{W}}} \color{fuchsia}{\boxed{\tt{E}}} \color{lightgreen}{\boxed{\tt{R}}}\huge\color{red} {\boxed{\tt{A}}} \color{blue}{\boxed{\tt{N}}} \color{hotpink}{\boxed{\tt{S}}} \color{blueviolet}{\boxed{\tt{W}}} \color{fuchsia}{\boxed{\tt{E}}} \color{lightgreen}{\boxed{\tt{R}}}[/tex]

Анонимgo Анонимgo · Answer 2

Answer:

[tex]\huge\color{red} {\boxed{\tt{A}}} \color{blue}{\boxed{\tt{N}}} \color{hotpink}{\boxed{\tt{S}}} \color{blueviolet}{\boxed{\tt{W}}} \color{fuchsia}{\boxed{\tt{E}}} \color{lightgreen}{\boxed{\tt{R}}}\huge\color{red} {\boxed{\tt{A}}} \color{blue}{\boxed{\tt{N}}} \color{hotpink}{\boxed{\tt{S}}} \color{blueviolet}{\boxed{\tt{W}}} \color{fuchsia}{\boxed{\tt{E}}} \color{lightgreen}{\boxed{\tt{R}}}\huge\color{red} {\boxed{\tt{A}}} \color{blue}{\boxed{\tt{N}}} \color{hotpink}{\boxed{\tt{S}}} \color{blueviolet}{\boxed{\tt{W}}} \color{fuchsia}{\boxed{\tt{E}}} \color{lightgreen}{\boxed{\tt{R}}}[/tex]