Answer:
cellus
Explanation:
cause he ot she trade frome routes
Answer:
Social Learning Theory
Explanation:
According to my research on different learning theories, I can say that based on the information provided within the question the theory that best explains this situation is called the Social Learning Theory. This theory states that learning and social behavior is most rapidly acquired by observing and imitating others. Which is what Alex is doing by imitating what his father is doing while trying to fix something.
**There were no answer choices provided but this theory completely covers the situation being represented by the question.**
I hope this answered your question. If you have any more questions feel free to ask away at Brainly.
Answer: There movement kind-off help them exercise and there ideas make the society a better place. The effect off the movement makes them have less food cause they can't carry all there foods to where they are moving to.
Explanation: Well if you move a lot you burn lots of calories and if they come up with an idea they tell the king and him might like or not like it. And if they move a lot they will have less food cause you can't carry all the food you have.
By the way I am 12.
Answer:
b. FBX is a dominant allele.
Explanation:
If Darren's father has the gene for FBX and Darren's mother does not have this gene, but Darem has the disease, it means that the disease is encoded by a dominant allele.
We can draw that conclusion, because as we have seen, the alleles that Darren received from his mother and father responsible for bone development are different, so one is dominant and the other is recessive. Recessive genes are only expressed and homozygous, that is, Darren would only express the gene for bone development if both his father and mother donated recessive alleles.
On the other hand, dominant genes are expressed, even in the presence of a recessive gene. Therefore, we can say that the gene that Darren received from his father is dominant and was expressed even in the presence of the recessive gene, which Darren received from his mother.
