Explanation:
The camel is a hearty animal designed 4 desert life. features of adaptation are: can go several weeks without water, myth is that it Carrie's water reserves in the hump of it's back, which is not true. It has evolved to not need as much h2o like other animals. humans take h2o 4 granted, we cannot survive more than 2 weeks without water.
B. Vacuole
C. Cell membrane
D. Mitochondria
Please explain why, cause I don’t understand this
The answer is D. Mitochondria
Mitochondria is an organelle in the cell that corresponds to the function of the lungs. It helps the lungs in the biochemical process of respiration and with the energy production.
B. cars do not use energy
C. cars are made of metal
D. a car is not made out of cells
Answer:
The body could produce too many cells and if too many are clustered together, cell communication, signaling, and transport of materials could be limited or even stopped entirely. Another reason is becuase the more cells andd individual has, the more risk for developing cancerous or mutated/harmful cells.
Felis bengalensis
What can you tell about these two organisms from their scientific names?
A. You cannot tell anything about an organism from its scientific name alone.
B. The organisms are different subgroups of the same species.
C. The organisms are different species, but belong to the same genus.
D. The organisms belong to the same kingdom but different phyla.
Answer:
I would say C
Explanation:
Because The genus is the first name and the spiecies is the second name
hope this helps :)
Answer:C. The organisms are different species, but belong to the same genus.
Explanation:
Answer:
oxidation
Explanation:
From the moment we perform body movements, there is a greater demand for oxygen. This is due to the need for oxidation of energetic substrates such as free fatty acids and circulating glucose. Thus, aerobic metabolism is potentially increased to supply the energy required by muscle contractions, whatever their intensity. From this we can say that breathing hard during exercise brings oxygen to the muscles, which helps the oxidation process release energy to fuel the workout.