which formula stands for boric acid?\n| name | symbol |\n|--|--| \n| bromate | $bro_{3}^{-1}$ |\n| borate |…

which formula stands for boric acid?\n| name | symbol |\n|--|--| \n| bromate | $bro_{3}^{-1}$ |\n| borate | $bo_{3}^{-3}$ |\n| bromine | $br$ |\n| boron | $b$ |\n$\\bigcirc$ h3b\n$\\bigcirc$ h3bo3\n$\\bigcirc$ hbr\n$\\bigcirc$ h3po4

which formula stands for boric acid?\n| name | symbol |\n|--|--| \n| bromate | $bro_{3}^{-1}$ |\n| borate | $bo_{3}^{-3}$ |\n| bromine | $br$ |\n| boron | $b$ |\n$\\bigcirc$ h3b\n$\\bigcirc$ h3bo3\n$\\bigcirc$ hbr\n$\\bigcirc$ h3po4

Answer

Brief Explanations:

Boric acid is formed by the combination of hydrogen ($H$), boron ($B$), and oxygen ($O$). The borate ion is $BO_{3}^{-3}$, and in an acid - base reaction, hydrogen ions ($H^+$) react with the borate ion to form boric acid. To neutralize the - 3 charge of the borate ion, three hydrogen ions are needed, resulting in the formula $H_3BO_3$.

Answer:

$H_3BO_3$