Hormones are the intercellular signal discharged into the blood by specific cells, they travel some distance in order to reach their target tissues and to perform other specific activities. Autocrine refers to the intercellular signals, which are discharged by the cells in a local area and affects the activity of the similar type of cell from which it was discharged.
Paracrine refers to the intercellular signals, which are discharged by the cells and influences other kinds of cells locally without being transported into the blood. Pheromones refer to the intercellular signals secreted into the surrounding and change the behavior and physiology of other individuals.
Neurohormones or neurotransmitters are the intercellular signals produced by the neurons. Of the mentioned intercellular signals, the "e" signifies neurotransmitter.
Well from what you've said, they'll end up with the same amount of energy from one another at the end as the coyote takes 90% from the desert tortoise and then the desert tortoise is taking 10% of the coyotes energy. At this point we would assume that the coyote ends up with 80% as he takes 90 but the tortoise takes back 10, however we are then told that the tortoise takes 90% of the coyote and the coyote takes 10% so it's exactly the same. Therefore, I can infer from this that the energy transfer would stay the same between the coyote and the desert tortoise. Hope this helps x
A-fallopian tubes
B-uterus
C-ovaries
The uterus is the place where the fetus develops
The answer would be 360 million. Carboniferous is the time from 286 million years to 360 million years and was name for the thick deposits of coal in that age.The forest did cover most of the land at that time and the decomposition then was the one who gave rise to the coal.
