match-the-solids-pvc-polyvinyl-chloride-ni-caso4-sucrose-and-diamond-to-their-co

Question

Match the solids PVC (polyvinyl chloride), Ni, CaSO₄, sucrose, and diamond to their correct classifications.
(i) Molecular solid
(ii) Metallic solid
(iii) Covalent network solid
(iv) Amorphous solid
(v) Ionic solid

Accepted Answer

(i) Molecular solid - sucrose; (ii) Metallic solid - Ni; (iii) Covalent network solid - diamond; (iv) Amorphous solid - PVC (polyvinyl chloride); (v) Ionic solid - $$CaSO^{4}$$

Answer

(i) Molecular solid - PVC (polyvinyl chloride); (ii) Metallic solid - $$CaSO^{4}$$ ; (iii) Covalent network solid - sucrose; (iv) Amorphous solid - diamond ; (v) Ionic solid - Ni

Answer

(i) Molecular solid - PVC (polyvinyl chloride); (ii) Metallic solid - Ni; (iii) Covalent network solid - diamond → amorphous solid; (iv) Amorphous solid - sucrose; (v) Ionic solid - $$CaSO^{4}$$

Answer

(i) Molecular solid - sucrose; (ii) Metallic solid - $$CaSO^{4}$$; (iii) Covalent network solid - PVC (polyvinyl chloride); (iv) Amorphous solid - diamond; (v) Ionic solid - Ni

Answer

(i) Molecular solid - diamond; (ii) Metallic solid - $$CaSO^{4}$$; (iii) Covalent network solid - PVC (polyvinyl chloride); (iv) Amorphous solid - sucrose; (v) Ionic solid - Ni

Match the solids PVC (polyvinyl chloride), Ni, CaSO4, sucrose, and diamond to their correct classifications.(i) Molecular solid(ii) Metallic solid(iii) Covalent network solid(iv) Amorphous solid(v) Ionic solid

Match the solids PVC (polyvinyl chloride), Ni, CaSO₄, sucrose, and diamond to their correct classifications.
(i) Molecular solid
(ii) Metallic solid
(iii) Covalent network solid
(iv) Amorphous solid
(v) Ionic solid