For the substituted cyclohexane compound shown, identify the atoms that are trans to the bromo substituent.I CH3BrHDHCI-HAHBНОЕKČIHGIdentify the atoms that are trans to the bromine.AВCDEFGHK

Consider the carbon to which the bromine atom is attached as C1. The carbon atoms adjacent to C1 on both the sides of the cyclohexane ring can be considered as C2 and C2’. For the 1-2-di-substitution case of cyclohexane, the groups located on axial-axial positions or equatorial-equatorial positions are considered to be in trans-configuration. Bromine atom is located on the axial position whereas the groups located on positions K and C on the ring are also on axial positions with respect to bromine. Hence, they are in trans-configuration with bromine. For 1,3-di-substitution on cyclohexane, the the groups located on axial-equatorial positions with respect to each other are considered to be in trans-configuration. Bromine atom is located on the axial position whereas the groups located on positions H and E on the ring are located on equatorial positions with respect to bromine. Hence, they are in trans-configuration with bromine. For the 1-4-di-substitution case of cyclohexane, the groups located on axial-axial positions or equatorial-equatorial positions are considered to be in trans-configuration. Bromine atom is located on the axial position whereas the groups located on position G on the ring is also on axial positions with respect to bromine. Hence, it is in trans-configuration with bromine. The atoms that are trans to bromine are C, E, G, H and K.