Providing no observations of a location to establish the setting
Introducing characters who do not have any identifiable flaws or needs
Using many made-up words out of context to indicate the world is confusing
Answer:
The English word that was taken from Austrian physician Dr. Anton Mesmer is "Mesmerize" (D).
Dr. Anton Mesmer, born in 1734, was a physician who developed a theory called "animal magnetism" in the late 18th century. He believed that there was a magnetic force or fluid that flowed through the body and could be manipulated to induce healing and various psychological effects. Mesmer's techniques involved making passes over the patient's body with his hands or using magnets to influence this supposed magnetic fluid.
Mesmer's theories and practices gained significant attention and popularity during his time, and his methods were often seen as mysterious and captivating. People who underwent his treatments often reported experiencing a trance-like state or being deeply absorbed by the process. This led to the development of the term "Mesmerize" to describe the act of capturing someone's attention or fascination in a similar manner.
Over time, the term "Mesmerize" has evolved to refer to the act of holding someone's attention or captivating them in a way that seems almost hypnotic. It is commonly used to describe situations where someone is completely engrossed or fascinated by something or someone.
In conclusion, the English word "Mesmerize" (D) was taken from Austrian physician Dr. Anton Mesmer, who developed the theory of animal magnetism and employed techniques that captivated and fascinated his patients.
Explanation:
Answer:
True
Explanation:
A ratio is a relationship between two numbers which indicates how many times the first number contains the second. As a ratio refers to a comparison, it is necessary for the units to be the same. Otherwise, we would be unable to establish the units we are talking about, and what the relationship means in practical terms.
B. unaffected by the magnet.
C. attracted by the magnet.
D. repelled by the magnet.
If a copper bar is brought close to a magnet, it will not be affected by the magnet, as option B shows.
For an object to be affected by the magnet, it needs to create a magnetic field around it. This magnetic field is formed by the unpaired electrons on the surface of the object. As copper does not have these characteristics, it cannot form magnetic fields and cannot be affected by magnets.
Learn more about the magnetic field:
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