Hence it involves ionic bonding.
What type of bonding would be expected for rubber.
Ionic bonding metallic bonding covalent bonding with some van der waals bond van der waals bonding.
2 4fe what type s of bonding would be expected for rubber.
Rubber barium sulfide solid xenon bronze nylon and aluminium phosphate.
Solid xenon calcium fluoride caf2 bronze cadmium telluride cdte rubber and tungsten.
What type s of bonding would be expected for each of the following materials.
Rubber is an elastomer that occurs naturally and also make up synthetically.
For rubber the bonding is covalent with some van der waals bonding.
Aluminum phosphide alp all chemistry practice problems ionic and covalent bonds practice problems.
Rubber is composed primarily of carbon and hydrogen atoms.
Rubber contains the isoprene 2 methyl 1 3 butadiene as its structural units which involves mostly covalent bonds.
Hence the metallic bonding is present in the alloy.
Expert answer 100 13 ratings.
A ionic bonding b metallic bonding c covalent bonding with some van der waals bonding d van der waals bonding solution the correct answer is c.
What type s of bonding would be expected for each of the following materials.
What type s of bonding would be expected for each of the following materials.
Hence rubber has covalent bonding.
Brass a copper zinc alloy rubber barium sulfide bas solid xenon.