Find the number of acid(s) from the following in which $X - H$ bond is/are present,
Given $X$ is central atom : $H_{3} P O_{2}, H_{4} P_{2} O_{7}, H_{4} P_{2} O_{5}, H_{2} S_{2} O_{6}, H_{3} P O_{3}, H_{3} B O_{3}, H_{2} S O_{4}$ :

Open in App

Solution

$H O - O | | S | | O - O H$
$H O - O | | S | | O - O | | S | | O - O H$
$H O - B | OH - O H$

Suggest Corrections

Similar questions

Q. Among the following acids, if number of acids stronger than

H_{3} P O_{4}

x

and number of monobasic acid is

y

then,

\frac{x}{y}

would be?

H_{2} C O_{3}, H_{3} P O_{3}, C H_{3} C O O H, H_{2} S O_{4}, H_{3} P O_{2}, H_{4} P_{2} O_{7}, H C l O_{4}, H_{3} B O_{3}, H N O_{3} .

1 mole of how many of the following acids neutralize exactly one mole of NaOH, under required favorable conditions? $H C l, H N O_{3}, H_{2} S O_{4}, H_{2} S O_{3}, H_{3} P O_{4}, H_{3} P O_{3}, H_{3} P O_{2}, H_{4} P_{2} O_{5}, H_{3} B O_{3}$ ___

Q. Find the total number of diprotic acids among the following

H_{3} P O_{4}, H_{2} S O_{4}, H_{3} P O_{3}, H_{2} C O_{3}, H_{2} S_{2} O_{7}, H_{3} B O_{3}, H_{3} P O_{2}, H_{2} C r O_{4}, H_{2} S O_{3}

Q. Find the number of acid(s) which are having hypo prefix in their name from the following:

H_{3} P O_{4}, H_{3} P O_{3}, H_{3} P O_{2}, H C l O, H_{4} P_{2} O_{6}, H_{2} S_{2} O_{6}

Q. The total number of diprotic acids among the following is:

H_{3} P O_{4}, H_{2} S O_{4}, H_{3} P O_{3}, H_{2} C O_{3}, H_{2} S_{2} O_{7}, H_{3} B O_{3}, H_{3} P O_{2}, H_{2} C r O_{4}, H_{2} S O_{3}

Join BYJU'S Learning Program

Find the number of acid(s) from the following in which X−H bond is/are present,Given X is central atom : H3PO2,H4P2O7,H4P2O5,H2S2O6,H3PO3,H3BO3,H2SO4 :

HO−O||S||O−OHHO−O||S||O−O||S||O−OHHO−B|OH−OH

Find the number of acid(s) from the following in which $X - H$ bond is/are present,
Given $X$ is central atom : $H_{3} P O_{2}, H_{4} P_{2} O_{7}, H_{4} P_{2} O_{5}, H_{2} S_{2} O_{6}, H_{3} P O_{3}, H_{3} B O_{3}, H_{2} S O_{4}$ :

$H O - O | | S | | O - O H$
$H O - O | | S | | O - O | | S | | O - O H$
$H O - B | OH - O H$