The phosphate of a metal has the formula $M H P O_{4}$ . The formula of its chloride would be :

Question

The phosphate of a metal has the formula MHPO-4- The formula of its chloride would be -MClMCl-3-MCl-2-M-2-Cl-3-

Toppr Admin · Accepted Answer

Phosphate- PO4 ions are trivalent with -3 charge-xA0-Thus- HPO4 is a bivalent ion with -2 charge-xA0-So- M is also bivalent species with -2 charge-xA0-Since- Cl is monovalent element- the chloride will be-xA0-MCl2-

The phosphate of a metal has the formula $M H P O_{4}$ . The formula of its chloride would be :
$M C l$
$M C l_{3}$
$M C l_{2}$
$M_{2} C l_{3}$

Phosphate, $P O_{4}$ ions are trivalent with -3 charge.
Thus, $H P O_{4}$ is a bivalent ion with -2 charge.

So, M is also bivalent species with +2 charge.
Since, Cl is monovalent element, the chloride will be $M C l_{2}$ .

The phosphate of a metal has the formula MHPO4. The formula of its chloride would be :MClMCl3MCl2M2Cl3

Phosphate, PO4 ions are trivalent with -3 charge. Thus, HPO4 is a bivalent ion with -2 charge. So, M is also bivalent species with +2 charge. Since, Cl is monovalent element, the chloride will be MCl2.

The phosphate of a metal has the formula $M H P O_{4}$ . The formula of its chloride would be :
$M C l$
$M C l_{3}$
$M C l_{2}$
$M_{2} C l_{3}$

Phosphate, $P O_{4}$ ions are trivalent with -3 charge.
Thus, $H P O_{4}$ is a bivalent ion with -2 charge.

So, M is also bivalent species with +2 charge.
Since, Cl is monovalent element, the chloride will be $M C l_{2}$ .