I would go with B.
Because CO2 is taken through the stomata in the 2nd stage of photosynthesis
Answer:
I'm pretty sure the answer is C
Explanation:
Sorry if wrong.
An embryo with meroblastic cleavage, extraembryonic membranes, and a primitive streak must be that of a option(c)i.e, bird.
Mesoderm is produced by the primitive streak, and it eventually becomes mesenchyme (embryonic connective tissue). Around growing organs, mesenchyme develops into a packing tissue before becoming connective tissues and muscles. With birds, we start to witness the embryos develop in a meroblastic manner, with a lot more yolk than usual. Cell mobility is also unusual because the cells in birds lie more in sheets than in balls.
A longitudinal thickening of cells along the blastoderm of large-yolked eggs forms the primitive streak during ingression, through which potential chordamesoderm and mesoderm cells move inward. Cells of the hypoblast are replaced by endodermal cells. Through ingression, the embryo develops longer and fills more of the region pellucida, lengthening the original stripe over the surface of the yolk. Following gastrulation, the neural tube and its supporting components are formed during the process of neurulation.
Learn more about primitive streak here: brainly.com/question/13153357
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The cerebrum is a large part of the brain containing the cerebral cortex it lies either in front or on top of the brainstem
The haploid stage of plasmodium I did observe by using the micrograps is what you called a stage of malaria. These red blood cells have been invaded by plasmodium merozoites, a stage of malaria. There are several stage of malaria, The first stage is the stage of infection and the second stage is the sexual reproduction that divide into two; the pre- erythrocytic and <span>erythrocytic phase.</span>