Find the number of acid(s) which can form its meta derivative from the following:
$H_{3} B O_{3}, H_{3} P O_{4}, H_{2} S O_{4}, H_{2} S O_{3}$

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Solution

In general, when an element can form several oxoacids, these are called ortho-, meta- or pyroacids, with the ortho acid being the most hydrated of the three. Two acids $(H_{3} B O_{3}, H_{3} P O_{4},)$ can form its meta derivative.

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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. 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}

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. 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} .

Q. 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}

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Find the number of acid(s) which can form its meta derivative from the following:H3BO3,H3PO4,H2SO4,H2SO3

In general, when an element can form several oxoacids, these are called ortho-, meta- or pyroacids, with the ortho acid being the most hydrated of the three. Two acids (H3BO3,H3PO4,) can form its meta derivative.

Find the number of acid(s) which can form its meta derivative from the following:
$H_{3} B O_{3}, H_{3} P O_{4}, H_{2} S O_{4}, H_{2} S O_{3}$

In general, when an element can form several oxoacids, these are called ortho-, meta- or pyroacids, with the ortho acid being the most hydrated of the three. Two acids $(H_{3} B O_{3}, H_{3} P O_{4},)$ can form its meta derivative.