Prokaryotes were initially grouped in the kingdom Monera, but they were eventually separated into different domains (Eubacteria and Archaea) based on evolutionary and genetic differences. This allows for a more accurate classification of prokaryotes.
In the five-kingdom classification system, prokaryotes were initially grouped together under the kingdom Monera because they share certain characteristics, such as lacking a nucleus and membrane-bound organelles. However, as scientific knowledge advanced, it was discovered that prokaryotes are actually divided into two distinct domains: Eubacteria and Archaea.
The separation of prokaryotes into different domains was based on evolutionary and genetic differences. For example, archaea have distinct genetic and biochemical features that set them apart from bacteria, such as their unique cell wall composition and ability to live in extreme environments.
So, the separation into domains allows for a more accurate classification and understanding of the diversity and complexity of prokaryotes.
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b.CT
c.MRI
d.none of the above
Answer:
Ultrasound
Explanation:
Ultrasound is the imaging tool that can tell you the speed and direction of blood flow
Answer: Larva
Explanation:
Answer:
Larva
Explanation:
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Gaara Goated.
Answer: fixed action B
Explanation:
The apoplast in plant tissues consists of cell walls, extracellular spaces, and vessel elements
Explanation:
In plant cells, apoplasts refer to the extracellular space present outside the plasma membrane. These are formed by continuous cell walls arranged adjacent to each other.
The main function of apoplasts is transportation of water and other solutes between tissues and organs by free diffusion of molecules via the plasma membrane.
This pathway called the apoplastic pathway constituted by its vessel elements, cell walls, and extracellular space aids in passive absorption by roots