The silicate anion in the mineral wollastonite is a chain of three SiO44 - tetrahedra, that share corners with adjacent tetrahedra. The charge of the silicate anion is

Question

The silicate anion in the mineral wollastonite is a chain of three SiO44 - tetrahedra, that share corners with adjacent tetrahedra. The charge of the silicate anion is (A) -4 (B) -8 (C) -6 (D) -2

Tardigrade Admin · Accepted Answer

The silicate anion in the mineral wollastonite is Si3O96 - . Hence, charge on it is -6. <img class="img-fluid question-image" alt="Solution" src="https://cdn.tardigrade.in/q/nta/c-bi5calm7xmsy.png" />

Q. The silicate anion in the mineral wollastonite is a chain of three $S i O_{4}^{4 -}$ tetrahedra, that share corners with adjacent tetrahedra. The charge of the silicate anion is

-4

-8

-6

-2

The silicate anion in the mineral wollastonite is $S i_{3} O_{9}^{6 -}$ . Hence, charge on it is -6.

Q. The silicate anion in the mineral wollastonite is a chain of three SiO44−​ tetrahedra, that share corners with adjacent tetrahedra. The charge of the silicate anion is

-4

-8

-6

-2

The silicate anion in the mineral wollastonite is Si3​O96−​ . Hence, charge on it is -6.

Q. The silicate anion in the mineral wollastonite is a chain of three $S i O_{4}^{4 -}$ tetrahedra, that share corners with adjacent tetrahedra. The charge of the silicate anion is

The silicate anion in the mineral wollastonite is $S i_{3} O_{9}^{6 -}$ . Hence, charge on it is -6.