<span>Race represents the convergence of biological factors with geographic origins, and cultural, economic, political, and legal factors. Even though race is believed to be connected to biological factors it really isn't. Scientists have long believed that race should not be tied to genetics or biology. Race should be looked at from cultural and geographic standpoints and other factors. Race is much more a social aspect than a biological aspect.</span>
Answer:
accurate maps were important to Eauropean explorers because while they were exploring the New World and claiming new land, the accuracy of the maps helped the navigators find the locations and measure the distances.
The answer to this question is <span>Increasing; weakens the effects of both reinforcement and punishment..
The more delay being imposed between a response and a consequence, the more our brain not be able to find the correlation between that response and consequence. If the response and consequence happen instantly (for example we feel burnt when touching fire) that our body will most likely to remember the consequence of that certain response.</span>
Answer:
The correct answer for: What fMRI-measured brain activity would be expected in a subject witnessing a high-content argument? is: A. The frontal lobes in high-motivation, high-knowledge people are more active than the temporal lobes in low-motivation, low-content people.
Explanation:
First of all, this is a very difficult question because the answers are focused on the excitement of the subjects. When fMRIbrain activity is measured in a subject witnessing high-content arguments the frontal lobe will activate in high motivation high knowledge people. While the temporal lobe will activate in low motivation, low content people. So the frontal lobes will show more activity because they are going to be stimulated while the temporal lobe won't, making the stimulation a determining factor of the level of activity in the brain.
Hat you want to ask, is what level in the food chain has the most energy at their disposal. The answer then would be the group at the bottom of the food pyramid. They would be closest to the original solar energy that was trapped by plants. Thus herbivores.... those that feed on plants... or those plankton feeders that feed on algae, should have collectively the most energy available to them.
<span>As one goes "up" the food chain/pyramid, the initial energy of the sun because of the laws of thermodynamics and the "work" of animals, is transformed into heat which is unavailable for "work". Thus the top carnivores have the least pool of energy available to them and thus their populations tend to be small.</span>
