Answer:
The correct answer is homologous.
Explanation:
A structure that is derived from a common ancestor is called homologous structure. So homologous structure is the characteristic of divergent evolution that means divergent evolution give rise to homologous structures.
So as the marsupials are mammals that were diverged from placental mammals very early in mammalian evolution, the membranes of skin that allow Australian sugar gliders and North American flying squirrels to glide are homologous because divergent evolution gives rise to homologous structures.
The function of these homologous structures can be the same or can be different. Therefore the correct answer is their membrane are homologous.
Answer:
The correct option is : c. Herbivore
Explanation:
<u>Herbivores</u> are animals that are physically and anatomically adapted to <u>eat autotrophs</u> such as plants, photosynthesizing bacteria and algae as the main component of its diet. Such animals are commonly called <u>primary consumers</u>, as they generally feed on plants.
The digestive system of a herbivores generally consists of <u>multiple stomach chambers and along with a long digestive tract to help in the break down of plant material.</u> Therefore, the herbivores with long and multi-chambered digestive systems are called <u>ruminants.</u>
Examples: cattle, camels, sheep, deer and giraffes .
Answer:Sugars and amino acids are made of the same elements but amino acids also contain nitrogen.
Explanation: its C
Explanation:
Enzymes would break down the protein and fat molecules when washed as some enzymes are designed to work in that type of atmosphere. Additionally, enzymes are also known as biological catalysts which means they speed up chemical reactions which are taking place. Hence, they help break down molecules that may be in food and in fats.
Hope this helps :)
