The conjugate bases are ##”F”^-## and ##”ClO”^-##.
According to the Brønsted-Lowry theory, an acid ##”HA”## donates a proton to a base ##”B”##.
Its conjugate base ##”A”^-## is the product remaining after the loss of the proton.
(from study.com)
##bb”HF”##
The equation for ##”HF”## reacting with a base ##”B”## is
##underbrace(“HF”)_color(red)(“acid”) + “B” ⇌ underbrace(“F”^-)_color(red)(“conjugate base”) + “BH”^+##
The conjugate base is ##”F”^-##.
##bb”HClO”##
The equation for ##”HClO”## is
##underbrace(“HClO”)_color(red)(“acid”) + “B” ⇌ underbrace(“ClO”^-)_color(red)(“conjugate base”) + “BH”^+##
The conjugate base is ##”ClO”^-##.
