Answer:
A. Working memory
Explanation:
Working memory is a type of <u>short-term memory</u> that is associated with numerous basic processes and abilities, such as <u>decision making and problem solving</u>. It stores temporary information that will eventually be extremely useful for <u>day-to-day activities such as learning and comprehending both spoken and written information.</u>
However, short-term memory has a limit of information that we are able to store, also known as "limited capacity."
<em>For instance, when we are having an argument with someone, we tend to come up with responses or answers but we have to wait until the other person finishes talking. While they are talking, we are paying attention to the person but we are also remembering our own argument.</em>
The first argument Wegener put forward in support of his theory was that the continents seemed to fit together like the pieces of a jigsaw puzzle. This relationship is apparent from a map, but the exactness of the match improves if the underwater continental shelves are compared. The true edges of South America and Africa, for example, fit together to a high degree of precision, allowing for millions of years of erosion.
Wegener's second argument was more complex. He traveled the world and charted the locations and orientation of glacial till deposits. These deposits are the alluvial remnant of a glacier's progress across the landscape, and they remain long after the glacier has melted away. By plotting out the latitudes of ancient till deposits, Wegener was able to demonstrate that, for his evidence to be consistent with unmoving continents, much of the world would have had to be covered in ice sheets in the relatively recent past, even in the tropics. He argued that this was evidence that the tropical continents had once been at higher latitudes.
Answer:
the allele frequency can not be calculated
Explanation:
the 50 people aren't all related, so they don't have the same genepool
The children have a chance at being homogeneous for that trait. If the father was heterogeneous for the trait the four children will be heterogeneous and only one will be homogeneous for that trait.
0.5 x 1.0 x (5.0)² = 12.5 J
Your answer is D :D
