What monobrominated derivatives can be synthesized as major products using the free-radical bromination for each alkane?
(i) cyclohexane
(ii) methylcyclohexane

• A. (i) The following monobrominated derivative can be synthesized from cyclohexane with high yields using free-radical bromination.(ii) The following monobrominated derivative can be synthesized from methylcyclohexane with high yields using free-radical bromination.
• B. (i) No monobrominated derivative can be synthesized from cyclohexane with high yields using free-radical bromination.(ii) The following monobrominated derivative can be synthesized from methylcyclohexane with high yields using free-radical bromination. 
• C. (i) The following monobrominated derivative can be synthesized from cyclohexane with high yields using free-radical bromination.(ii) The following monobrominated derivative can be synthesized from methylcyclohexane with high yields using free-radical bromination. 
• D. (i) No monobrominated derivative can be synthesized from cyclohexane with high yields using free-radical bromination.(ii) The following monobrominated derivative can be synthesized from methylcyclohexane with high yields using free-radical bromination.