The formula of calgon is-Na-2-left - Na-4-left - PO-3- right -6- right -Na-4-left - Na-2-left - PO-3- right -6- right -Na-4-left - Na-2-left - PO-3- right -3- right -Na-2-left - Na-4-left - PO-3- right -4- right -

Question

Toppr Admin · Accepted Answer

The formula of calgon is Na2-Na4-PO3-6-xA0-Calgon is a trade name of a complex salt- sodium hexametaphosphate-xA0-NaPO3-6- It is used for softening hard water-xA0-Calgon ionizes to give a-xA0-complex anion-

The formula of calgon is:
$N a_{2} [N a_{4} {(P O_{3})}_{6}]$
$N a_{4} [N a_{2} {(P O_{3})}_{6}]$
$N a_{4} [N a_{2} {(P O_{3})}_{3}]$
$N a_{2} [N a_{4} {(P O_{3})}_{4}]$

The formula of calgon is $N a_{2} [N a_{4} (P O_{3})_{6}]$ . Calgon is a trade name of a complex salt, sodium hexametaphosphate $(N a P O_{3})_{6}$ . It is used for softening hard water.
Calgon ionizes to give a complex anion.

The formula of calgon is:Na2[Na4(PO3)6]Na4[Na2(PO3)6]Na4[Na2(PO3)3]Na2[Na4(PO3)4]

The formula of calgon is Na2[Na4(PO3)6]. Calgon is a trade name of a complex salt, sodium hexametaphosphate (NaPO3)6. It is used for softening hard water. Calgon ionizes to give a complex anion.

The formula of calgon is:
$N a_{2} [N a_{4} {(P O_{3})}_{6}]$
$N a_{4} [N a_{2} {(P O_{3})}_{6}]$
$N a_{4} [N a_{2} {(P O_{3})}_{3}]$
$N a_{2} [N a_{4} {(P O_{3})}_{4}]$

The formula of calgon is $N a_{2} [N a_{4} (P O_{3})_{6}]$ . Calgon is a trade name of a complex salt, sodium hexametaphosphate $(N a P O_{3})_{6}$ . It is used for softening hard water.
Calgon ionizes to give a complex anion.