a. In the prisoners' dilemma game self-interest leads each prisoner to confess. to a breakdown of any agreement that the prisoners might have made before being questioned to an outcome that is not particularly good for either prisoner.
What is prisoners' dilemma game?
The prisoner's dilemma is a common illustration of a game explored in game theory that demonstrates why two logical people could disagree even though it seems to be in their best interests to collaborate.
The possible outcomes:
- If A and B each betray the other, each of them serves two years in prison
- If A betrays B but B remains silent, A will be set free and B will serve three years in prison
- If A remains silent but B betrays A, A will serve three years in prison and B will be set free
- If A and B both remain silent, both of them will serve one year in prison (on the lesser charge).
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Answer:
Atoms consist of three parts:
Protons: Protons are the basis of atoms. While an atom can gain or lose neutrons and electrons, its identity is tied to the number of protons. ...
Neutrons: The number of neutrons in an atom is indicated by the letter N. ...
Electrons: Electrons are much smaller than protons or neutrons and orbit around them.
Explanation:
C because it is not an original source
Answer:
The United States Department of the Interior
Explanation:
Department of Interior handles America's Lands, Water, Wildlife and all of the energy resources, etc. Nothing regarding foreign issues.
No, because the two populations from which the samples are selected do not appear to have equal variances.
<h3><u>What is an fMRI?</u></h3>
Functional magnetic resonance imaging (fMRI), a sort of noninvasive brain imaging technique, was created in the early 1990s and uses changes in blood flow to identify brain activity.
An fMRI can show which area of the brain is engaged when you lift your arm or even merely think about something. This knowledge can be used by medical professionals and researchers to recognize, monitor, and treat a variety of illnesses.
<u>What is an fMRI used for?</u>
fMRIs are often employed in both clinical and academic settings. With the use of this technology, we can comprehend the function of the brain both in a healthy state and one that is ill.
Uses for an fMRI include:
- plan for surgery or other therapies by identifying conditions
- look for anomalies
- determining which brain areas control vital activities.
- analyze how ailments and injuries including cancer, concussions, and epilepsy affect cognitive function.
- the effectiveness of a medicine.
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