For the generalized scheme of alternation of generations (see p. 120), plants have two forms based on genetic complement that are the (2n diploid) and (n haploid). the processes connecting the two stages are producing haploid spores and cell growth producing haploid gametophyte. group of answer choices

For the generalized scheme of Alternation of generations, plants have two forms based on genetic complement that are the Sporophytes (2N diploid) and Gametophyte (N haploid). The processes connecting the two stages are gametangia producing haploid spores and zygote cell growth producing haploid gametophyte.

Explanation:

In summary, the alternation of generations refers to the natural process that occurs in some organisms, like plants, algae and fungi. In this process, organisms will present a part of their life in a haploid phase (gametophyte) that will be alternated with a diploid phase (sporophyte). As you may already know, the haploid phase is determined by a single set of chromosomes, while the diploid phase is determined by two sets of chromosomes.

In more detail, we can say that for the generalized scheme of alternation of generations, plants have two forms based on the genetic complement that are the sporophytes (2N diploid) and gametophyte (N haploid). The processes that connect the two stages are the gametangios that produce haploid spores and the growth of zygote cells producing haploid gametophytes.

b would be the right answer

the diploid number of chromosomes is sometimes represented by the symbol 2n. for the fruit fly, the diploid number is 8, which can be written as 2n = 8, where n represents twice the number of chromosomes in a sperm or egg cell.