NO, they should not.
Erythrocytes, leucocytes, and proteins (albumin)
are not small enough to pass through the capillaries of the
glomerulus unless there is damage to the glomerulus. However, glucose does pass through into the glomerular filtrate. Nonetheless, glucose is fully reabsorbed back in the proximal
convoluted tubule (unless you have severe diabetes).
Answer:
According to the **microeconomic** definition of organizations, an organization is seen as a means by which primary production factors are transformed into outputs consumed by the environment. microeconomic macroeconomic sociotechnical behavioral
Explanation:
In microscopic definition of organizations , the primary production factors provided by the environment (labor and capital) are transformed through the firm through the production process into products and services. Thus the words thus used complement one another.
Microeconomics actually deal with the decisions of people on a small scale. So it deals with the way in which the means of production and distribution of goods are organized.
Its analysis explains the behaviour of individuals and organizations in a given economy.
Answer:
It would be D
Explanation:
You are on the right track, but D is bascially what everything has to be made of.
The acceleration would be the velocity at point O divided by the time of point O, also known as the slope at point O. (y/x)
Answer:
.....
Explanation:
There is no doubt that competition occurs, but less is known about the strength and importance of competition affecting ecosystems. The latter is not easy to get at for living organisms because the role of each organism in the ecosystem needs to be well-known. It is even more difficult for fossil ecosystems because the diet is not fully understood for each species and not all animals have the same preservation potential. Nevertheless, paleontologists have attempted to find evidence for competition between taxa. For example, they have investigated the diversity and abundance through time of two groups thought to have competed with each other by having lived at about the same time and place and having had a similar diet. For example, Sepkoski and colleagues (2000) showed that cyclostome bryozoans became much more diverse in the Cretaceous and Cenozoic, while cheilostome bryozoan diversity declined. Strong competition between these two groups with cyclostomes as the winner is an explanation for this pattern.
