Answer:
Altered states of consciousness
Explanation:
In health and medicine, an altered state of consciousness is defined as any state of awareness that significantly differs from a regular waking awareness state (without actually being unconscious). In other words it refers to a significant deviation from a regular waking awareness state.
When someone has a stroke or any other form of brain damage, they experience low levels of awareness that significantly differ from the regular waking awareness state, therefore, this would be an example of altered states of consciousness.
Answer:
A) Take whatever action was necessary to combat the danger.
This response would be more likely in the case of an Orwellian culture, which the author states is like "a prison" and "much easier to recognize, and oppose than a Huxleyan [world]."
B) Listen carefully to the commentator and then explain the ideas to others.
The passage suggests the opposite response: "Huxley believed that we are in a race between education and disaster, and he wrote continuously about the necessity of our understanding the politics and epistemology of media, he was trying to tell us that what afflicted people in <em>Brave New World</em> was not that they were laughing instead of thinking."
C) charge that the commentator was irrational or needlessly alarming viewers.
The passage suggests that the commentator would invite this charge: "Those who speak about this matter must often raise their voices to a near hysterical pitch, inviting the charge that they are everything from wimps to public nuisances to Jeremiahs."
D) Be receptive to learning more about the danger.
The viewers would be unreceptive to learning about the danger, because, according to the author, this world would appear benign.
Explanation:
Answer:
You don't, because it's false. If all black dots happen to be on the line y=0 and white dots on the line y=π (and the rest of the plane is neither white nor black), there is no such pair.
Now if each point of the plane were either black or white (and there were infinitely many of each type), that would be different. In fact, it is sufficient to have at least one of each color.
Why? Pick any two points A and B that have different colors. Starting at A , we can reach B using a finite number of steps, each of length exactly 1: just go directly towards B until the distance becomes less than 1, and at the end, if we didn't reach B exactly, we make two steps "to the side and back" to reach it. (Formally, if you are currently at C , imagine circles with radius 1 centered at B and C . Pick one of their two intersections, go from C to that intersection and from there to B .)
As the first and the last point on this path have opposite colors, there has to be a pair of consecutive points with opposite colors, q.e.d.
(Alternately, you could prove the new statement by contradiction. Pick any black point. All points in distance 1 from that point have to be black. This is the circle with radius 1. All points in distance 1 from those points have to be black as well. Here we can observe that the set of all points known to be black at this moment is the entire disc of radius 2 centered where we started. Continuing this argument, we can now grow the black disc indefinitely and thus prove that the entire plane has to be black, which is the contradiction we seek. Of course, this is basically the same proof as above, just seen from a different point of view.)
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EMTs and paramedics may assess the scene to confirm whether the patient is in cardiac arrest and initiate resuscitation. They also transport the patient to the most appropriate definitive care facility—usually the closest hospital that is best equipped to care for a cardiac arrest patient.
Vaccinations cause organisms to develop active immunity. The immunity that occurs when an organism's immune system is actively producing antibodies against an encountered antigen is known as active immunity. Weakened antigens are given to the organism through vaccination, which causes the immune system to produce antibodies against it. This antigen exposure and antibody release results in lifetime immunity to that specific antigen. It takes the animal about two weeks to develop immunity to the vaccination after it is administered.
<h3>What is animal
Vaccination?</h3>
Animal vaccination is the vaccination of livestock, or wild animals. The practice is related to veterinary medicine. The first invented animal vaccine was developed in 1879 by Louis Pasteur against chicken his cholera. The production of such vaccines encounters problems related to the economic hardships faced by individuals, governments and companies. Animal vaccination is less regulated than human vaccination. Vaccines are divided into conventional vaccines and next-generation vaccines. Animal vaccines have proven to be the most cost-effective and sustainable method of controlling infectious diseases in animals. The animal vaccine industry was valued at $7 billion in 2017 and is projected to reach $9 billion by 2024
To learn more about animal Vaccination , visit:
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