[SiO_(4)]^(4)" has a tetrahedral structure The silicate formed by using three oxygen atoms has a "

[SiO_4]^(4-) has a tetrahedral structure . The silicate formed by using three oxygen has a:

[SiO_(4)]^(4-) has tetrahedral structure, the silicate formed by using the three oxygen has

[SiO_(4)]^(4-) has tetrahedral structure, the silicate formed by using the three oxygen has

SiO_(4)^(4-) ion has geometry

Silicates are metal derivatives of silicic acid. Silicates are formed by heating metal oxide or metal carbonate with sand. Na_(2)CO_(3) underset(SiO_(3)) overset("Fused with Sand")toNa_(4)SiO_(4),Na_(2)(SiO_(3)) etc A silicate in general has Si-O bond and possesses a complex network solid having silicate ion SiO_(4)^(4-) as the basic structural unit. These silicates occurs singly or by sharing oxygen atom is small occurs singly or by sharing oxygen atom is small groups, in cyclic groups, in infinite chains or infinite sheets giving different structures to silicates such as chain silicates, ring silicates, cyclic silicates, sheet silicates, three dimensional silicates etc., The general formula (SiO_(3)^(2-))_(n) forms

Silicates are metal derivatives of silicic acid. Silicates are formed by heating metal oxide or metal carbonate with sand. Na_(2)CO_(3) underset(SiO_(3)) overset("Fused with Sand")toNa_(4)SiO_(4),Na_(2)(SiO_(3)) etc A silicate in general has Si-O bond and possesses a complex network solid having silicate ion SiO_(4)^(4-) as the basic structural unit. These silicates occurs singly or by sharing oxygen atom is small occurs singly or by sharing oxygen atom is small groups, in cyclic groups, in infinite chains or infinite sheets giving different structures to silicates such as chain silicates, ring silicates, cyclic silicates, sheet silicates, three dimensional silicates etc., Number of oxygen atoms in pyrosilicate is

Silicates are metal derivatives of silicic acid. Silicates are formed by heating metal oxide or metal carbonate with sand. Na_(2)CO_(3) underset(SiO_(3)) overset("Fused with Sand")toNa_(4)SiO_(4),Na_(2)(SiO_(3)) etc A silicate in general has Si-O bond and possesses a complex network solid having silicate ion SiO_(4)^(4-) as the basic structural unit. These silicates occurs singly or by sharing oxygen atom is small occurs singly or by sharing oxygen atom is small groups, in cyclic groups, in infinite chains or infinite sheets giving different structures to silicates such as chain silicates, ring silicates, cyclic silicates, sheet silicates, three dimensional silicates etc., Which of the following is ortho silicate ?