Read before picture:
scientists observed some fossils of the early ancestors of camels. using the fossils they obtained, they prepared a phylogeny chart for camels. based on this chart, what can you conclude about the relationship between modern camels (camelus) and aepycamelus?
answers(there are more than one answers)
a.) modern camels share an evolutionary relationship with aepycamelus, but they didn’t directly evolve from them.
b.) aepycamelus don’t share any evolutionary relationship with modern camels.
c.) aepycamelus are modern camels’ closest extinct relatives.
d.) aepycamelus are modern camels’ closest living descendants.

The correct answer is:

A.) Modern camels share an evolutionary relationship with Aepycamelus, but they didn't directly evolve from them.

According to image and the evolution of the camels and their closer relatives, we can conclude that both the modern camels and the aepycamelus share a common ancestor, the ancestor being the protylopus. The protylopus than split into two groups, one of which gave the rise of the camels, while the other of the aepycamelus (giraffe-camel).

The aepycamelus is an extinct species, but even though it is related with the modern day camels, it is not their closest extinct relative, in fact, the closest extinct relative of the camels is the stenomylus (gazelle-camel) with which they share a more common ancestor in the proebrotherium.

A. and B i think, hope this helps! :) brainliest?

one is through turgidity. this occurs before ground tissue ( collenchyma

and sclerenchyma cells) become well

developed to give structural support to the plant as it grows bigger. the xylem

tissue (composed of rigid tissue) of the young

plant render this support and also maintaining osmotic turgidity of the surrounding

plant cells.