When two genetic loci produce indentical phentotypes in cis and trans positionn they are

When two genetic loci produce identical phenotypes in cis and trans position, they are considered to be

Two genetic loci produce identical phenotypes in cis as well as trans position. They are

When two genetic loci produce identical phenotypes in cis as well as in trans position ,they aare considered to be

When two genetic loci produce identical phenotypes in cis as well as in trans position ,they are considered to be

If dominant alleles of two gene loci produce the same phenotype whethe separately or together. It will be

If dominant alleles of two gene loci produce the same phenotype whether separately or together. It will be

Classify the following alkenes and their derivatives as Z or E (i) (ii) Strategy: This method is preferable to the use of cis-trans beacuse it is not practical to identify cis and trans isomers when the four groups on C=C are different. The letter Z is used when the two high-priority substituets are on the same side of the double bond and the letter E is used when they are on the opposite sides (from the German words zusammen meaning together and entgegen meaning opposite), as shown:

Four statements for the following reaction given below [CoCl_(2)(NH_(3))_(4)]^(+) to [CoCl_(3)(NH_(3))_(3)]+NH_(3) (P) Only one isomer is produced if the ractant complex ion is a trans isomer (Q) Three isomers are produced if the reactant complex ion is a cis isomer (R ) Two isomers are produced if the reactant complex ion is trans isomer (S) Two isomers are produced if the reactant complex is cis isomer The correct statements are :