"Both the characters in a monohybrid cross are recovered as such in the $F_2$ generation though one of these in not seen at the $F_1$ stage". This interpretation is based on the a. First Law of Mendel b. Second Law of Mendel c. Second set of generalisations d. Incomplete dominance

Sure, here are the step by step solutions: 1. The statement is referring to a monohybrid cross, which means that only one trait is being studied. 2. The statement mentions the $F_2$ generation, which refers to the offspring of the offspring from the original cross. 3. The statement says that both characters in the monohybrid cross are recovered as such in the $F_2$ generation, which means that both traits are expressed in the offspring. 4. The statement also says that one of these traits was not seen in the $F_1$ stage, which means that one of the traits was not expressed in the first generation of offspring. 5. This interpretation is based on the Second Law of Mendel/Law of Segregation, which states that alleles (forms of a gene) separate during the formation of gametes (sex cells) and randomly unite during fertilization. This results in each offspring inheriting one allele from each parent for each trait.