Answer:
A)cannot consider as many consequences for their actions as do adults.
B)have thinking processes that are still predominantly preoperational.
C)place a different value on the possible consequences than do adults.
D)wish to assert their independence from adults in every possible way.
The CORRECT ANSWER IS C)
C)place a different value on the possible consequences than do adults.
Explanation:
Diverse research have shown that adolescents place a different value on the possible consequences of risk in specific areas than adults do but that they perceive the risks as it doesn't deny adolescents from undertaking these risk-taking behavior.
Neuroimaging research reveals that adolescents may have a higher emotional satisfaction with risk-taking behavior. This satisfaction can expose adolescents to pertake in behavior not minding the risks attached.
In the adult brain, we can pinpoint that the limbic section of the brain (emotion center) and the prefrontal cortex (judgment and reasoning center) are well established when perceiving images that shows risks unlike in the adolescent brain, after perceiving the same risks, the limbic area is well established, with little or no activity in the prefrontal cortex. Such kind of emotional-cognitive asynchrony could cause an adolescents to misjudged other’s feelings and emotions, whereas emotional-physical asynchrony could lead to adolescents being considered as older than their emotional level of development.
Answer:
b is the correct answer ok bro
Answer:
Interphase is the longest stage in the eukaryote cell cycle. During interphase, the cell acquires nutrients, creates and uses proteins and other molecules, and starts the process of cell division by replicating the DNA. Interphase is divided into three distinct stages, Gap 1, Synthesis, and Gap 2, which are discussed below.
Explanation:
Hope this helps!!
-BB
I think it is boron this is my answer
Transpiration exerts a pull that is relayed downward along a string of water molecules held together by cohesion and helped upward by adhesion. A plant's xylem tissue is adapted to use outside forces to move water and dissolved materials from its roots to its shoots
