The most likely dispersion pattern of the plants that grow from these seeds is random.
<u>Explanation:</u>
In a habitat, the pattern in which the seeds of the plants gets dispersed can be classified into three types They are random, uniform and clumped. The pattern of distribution of the seeds helps in determining the relation that exists between different members and their spaces in an ecosystem.
The dispersed seeds have an equal space of distribution and hence it is called as uniform distribution. In a random distribution the seeds get to disperse and grow wherever they fall. This happens because of wind. When wind blows they take the seeds with them and when they stop they will make the seeds to fall wherever they stop blowing. this is an example of random dispersion of seeds.
In biological systems, the chemical reactions concerning glucose and ATP as a product are vital for cellular respiration and photosynthesis. Shortcuts reduce the activation energy, which increases the net "gain" of products. I would go with the last one.
The body temperature of the mammal will be higher than that of the reptile. this is because the mammal body temperature does not depend on its environmental temperature while a reptile does not have a stable body temperature and depend on the temperature of its environment.
Answer:
They concluded that these antibodies were a) Globular proteins
Explanation:
Globular proteins are known to be water-soluble, spherical in shape and to be polypeptides as well. Compared to the other options provided, the selected one is the most correct.
<span>The correct answer is
(a) True, it is of paramount importance to use primary, secondary, and tertiary
sources in research. Researching includes using primary sources as they contain
original materials on which research is based, but also using second sources as
interpretations and evaluations as other researcher’s point of view. That also
apply for tertiary sources that
represent distillated and collected information of primary and secondary
sources.</span>
