
A. Other halogens have vacant d orbital whereas fluorine doesn't
B. Other halogens have vacant p orbital whereas fluorine doesn't
C. None of the above
D. All of the above1
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A. Phosphorus pentahydride
B. Phosphorus dihydride
C. Phosphide
D. Phosphine
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A. Nitrogen
B. Phosphorus
C. Arsenic
D. Bismuth
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A. Silica is made of SiO4 units whereas silicate is made of SiO2 units
B. Silica is made of SiO2 units whereas silicate is made of SiO4 units
C. Silica is made of SiO6 units whereas silicate is made of SiO2 units
D. Silica is made of SiO4 units whereas silicate is made of SiO6 units
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A. Silicone
B. Silicates
C. Silica
D. Silicon bydrides
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A. Natural silicates
B. Carbides
C. Silica
D. Cristobalite
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A. Quartz
B. Cristobalite
C. Tridymite
D. Flint
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A. Phosphorus
B. Nitrates
C. Silicates
D. Sulphate
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A. Carbon has a maximum covalency of 4 and can therefore form complex compounds
B. Carbon has a much lesser electronegativity than other elements in the group
C. Carbon form both gaseous and solid oxides whereas others form only gaseous oxides
D. Carbon is the only element in the group that can form stable derivatives with double and triple bonds
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