Answer:
U SOOO LUCK U GET TO DO FOX RESEARCH THEY ARE MY FAV ANIMAL
Explanation:
its the second one
Answer:
Intelligence testing seems most useful
Explanation:
Intelligence testing is one of the oldest forms of classifying and categorizing intelligence in humans. This is done in children to detect learning disabilities and in adults to diagnose neurological/degenerative diseases that affect the brain and learning.
On the other hand Standardized tests such as the ACT and SAT are highly controversial since it does not really measure the worth of a student but the performance of the school/district. Most of these schools end up training students on how to pass a standardized tests rather than learning and enhancing intelligence.
High school grades cannot be taken into account since ever meter is different in each high school from state to state and country to country. This is the logic for standardized tests.
Colleges and universities should look at a student's overall accomplishments, their work and their goal. They must also factor in any obstacle that the student had in their way because this also requires time and energy to overcome.
All of the work as a whole should be taken together rather than a single part. This would not reflect the entirety of the student's potential or intelligence.
Well,
Let's just say that the Jaguar! (a certain ride in Knott's) could instantly go from zero speed to, let's say, 40 mph, and vice versa. We know (if you have ridden it) that the Jaguar! is not a straight line, as you can't say that it is always traveling at 40 mph due north (otherwise it would never be able to make a loop)!
Remember that, since velocity is a vector quantity, a change in direction will constitute a change in velocity.
Answer and Explanation:
Patch size appears to be the main factor that compels populations in distributed habitats. Patch size is positively related to food availability and negatively related to organic evolutionary pressures, physiological stress, and parasite charge. Habitat fragmentation and disturbance on howlers depend upon identifying different threats that may affect howlers in fragmented landscapes; specification predictions developed in fragmentation and the empirical evidence also consider during predictions. Food patch size is measured by feeding spaces, S, a patch restricted for a given animal species. Structural, spatial criteria should determine the values of S. The size of the feeding aggregate is finite by the accessibility of space or by constraining behavior. S is limited by the density of food items within the patch, and may change, depending on the relative profitability of alternative patches which is available to the animal, a result deduced from simple optimal foraging theory.
