Answer:
<u>Endocrine system, minutes to days</u>
<u>nervous system, less than one second</u>
Explanation:
Nervous system takes information through senses, processes the information and triggers reactions.
Nervous system has less reaction time because it uses <u>electrical signalling </u>(neural impulses) while Endocrine system uses<u> chemical signalling </u>(hormones).
The endocrine system responds to stimulus by secreting hormones in the blood (circulatory system) that travels to the target organ, and hence take more reaction time.
The term for any generic description or interpretation about a particular individual that is true of practically all individuals or groups is known as a(n): Barnum statement
A generic remark that is phrased in such a way that it seems to describe the person reading it is known as a Barnum Statement. Most of the time, Barnum's claims hold true for everyone, but they always sound highly particular to the person. Psychics and mediums utilize Barnum's claims to "trick" their subjects or "sitters" into believing they have insight into them.
<u>Examples include:</u>
"Not everyone finds your style of humor amusing, but you do"
"you typically consider things before acting"
"You have faced some significant obstacles in your life."
"You and a loved one recently had a disagreement"
"I was pretty intelligent, the psychic told me, but other people didn't always perceive it."
Learn more about Barnum's statement here:
brainly.com/question/14457335
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Answer:
They would be similar basically the same
Explanation:
This is because, amino acid changes all involved neutral amino acids. Chicken insulin would be more basic whereas duck would be more acidic.
Answer:
Memory B cells remain in the body after the immune response is over
Explanation:
Antibodies are substances that are also called immunoglobulins and are secreted by B lymphocytes.
After the penetration of the antigen into the body and its recognition, B lymphocytes are transformed into plasma cells that secrete antibodies against one or more antigens that caused the immune reaction.