Answer:
The similarity in the structures of the limbs from these two species indicated that the two species are from common evolutionary origin using the homologous data of the limbs.
Explanation:
The similarity between limbs from different organisms used for close function or greatly different ways as given above, but with great similarity in their structure is termed homologous. It indicates that these two organisms originated from a common ancestor, but due to modification of the stucture to adapt to the immediate environment, these organisms were able to utilize the structure, limb for locomotion if different types of habitat.
It is probably the l<span>amellae.
The lamellae are sheets of bony matrix. This bony matrix is produced by o</span>steoblasts, which are cells that synthesise collagen<span> and specialised proteins like </span>osteocalcin<span> and </span>osteopontin. These are then the most important constituents of the bony matrix.
Answer:
As weathering proceeds, the ferromagnesian silicates and feldspar are very likely to be broken into small pieces and converted into clay minerals and dissolved ions (e.g., Ca2+, Na+, K+, Fe2+, Mg2+, and H4SiO4). In other words, quartz, clay minerals, and dissolved ions are the most common products of weathering.Explanation:
Answer: The repair process typically involves two distinct stages: a regenerative phase, where injured cells are replaced by cells of the same type, leaving no lasting evidence of damage; and a phase known as fibroplasia, or fibrosis, where connective tissue replaces normal parenchymal tissue.
Explanation:
