Answer:
Seeds- form through <u><em>sexual </em></u>reproduction and contain an embryo that gives rise to a new plant.
Explanation:
The formation of seeds occur when a ripened ovule is fertilized by pollen. If the pollen and the ovule are from the same plant, then it is termed as self-pollination. If the pollen fertilizes the ovule of another plant then it is known as cross pollination. The seed contains the embryo which has the capability to form and generate into a new plant. Hence, the formation of seeds is a phenomenon which occurs in sexually reproducing plants.
atriums and ventricles !
fun fact : they are derived from latin names for parts of a house :D
Haploid Gametophyte, in mosses, is the green leafy portion represents which generation in the alternation of generation. Gametophyte is the stage in the life cycle of algae and plants that undergo alternation of generation and it is also the sexual phase in the life cycle of algae and plants.
The long-standing debate over whether innate biology or environmental experience is the most critical factor in the development of human behavior is called Nature versus Nurture.
One of the oldest philosophical debates in psychology concerns the relationship between nature and nurture.
- Nature includes all of the genes and inherited traits that shape who we are, from our physical qualities to our psychological traits.
- All the environmental factors that shape who we are, such as our early experiences, our upbringing, our social connections, and our surroundings' culture, are referred to as Nurture.
One of the oldest debates in psychology is the relationship between nature and nurture. The main topic of discussion is how much genetic inheritance and environmental circumstances affect human development.
learn more about Nature versus Nurture here: brainly.com/question/26988071
#SPJ4
<h2>d) option is correct </h2>
Explanation:
The unfertilized egg contains various organelles and a liquid solution that fills the cell which is called the cytoplasm
Within that cytoplasm are various molecules containing genetic information or chemicals to spark various reactions, called cytoplasmic determinants
Some are different kinds of proteins, most are molecules of RNA and these determinants are unevenly distributed across the egg and then, once it's fertilized, the zygote
Once this zygote undergoes cleavage division, all of these random determinants that were in the same cell are suddenly in different blastomere cells, which means that these blastomeres each contain a different assortment of molecules
