Answer:
<h2>d.more likely to brutalize their victims.</h2>
Explanation:
- John. B. Watson was an eminent psychologist and belongs to the United States of America.
- He opened a school for psychology that is known as psychological school.
- He tried to explain the psychology with respect to behavior that is famous as behaviorism.
- He performed many experiments on animal behavior on some other topics.
- He also worked as an editor for psychological Review and some others.
- According to his behaviorism concept, depersonalized warriors show brutalization about their victims because it is the response from the warriors.
Answer:
D. XHxh and XHY
Explanation:
since this is the only answer with genes that share a common allele, the answer is D.
In order for a recessive gene to be present, the daughter must have gained the alleles of XHXH, which in this case, is a 25% chance. The other two possibilites are XHxh, XHY, and Yxh. To further prove this, a female must have 2 X alleles and to have hemophilia, they must carry 2 H's. If they were to only have one H, they would be a carrier instead of a product.
Answer:
The correct option is A) RNA polymerase.
Explanation:
RNA polymerase is an essential enzyme complex to carry out transcription, these enzymes are responsible for transcribing DNA into RNA. Using a DNA template, RNA polymerase builds a new RNA molecule through base pairing. This process is the first step of gene expression, and is called transcription. RNA polymerase binds to DNA in a very particular region or sequence, called a promoter.
A) repeat the experiment but with additional corn plants to increase the sample size EliminateB) add more salt to the experimental condition so that the resulting data is more clear C) test an additional variable such as amount of moisture so that the results are more valid D) revise the original hypothesis to account for the fact that plants do not grow in salty soils
Answer:
Relay neurons are found between sensory input and motor output/response. Relay neurons are found in the brain and spinal cord and allow sensory and motor neurons to communicate. Motor neurons are found in the central nervous system (CNS) and control muscle movements.