The correct answer is:
<span>(4) military authorities considered them a threat to national security.
Many of them (around 60 percent) were born in the US and no longer had any contact to Japan, and some didn't even speak Japanese, yet they were considered a threat (unjustly).
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<span>Made the engine that made it possible for cars to work</span>
Charles and his wife Elizabeth Christine had not had children, since 1711, Charles had been the sole surviving male member of the House of Habsburg. Charles's older brother, Joseph I, had died without male issue, leaving Joseph's daughter Maria Josepha as the heir presumptive. That presented two problems. First, a prior agreement with his brother, known as the Mutual Pact of Succession, had agreed that in the absence of male heirs, Joseph's daughters would take precedence over Charles's daughters in all Habsburg lands. Though Charles had no children, if he were to be survived by daughters alone, they would be cut out of the inheritance. Secondly, because Salic law precluded female inheritance, Charles VI needed to take extraordinary measures to avoid a protracted succession dispute, as other claimants would have surely contested a female inheritance. Charles VI was definitely succeeded by his own elder daughter, Maria Theresa (born 1717). However, despite the promulgation of the Pragmatic Sanction, her accession in 1740 resulted in the outbreak of the War of the Austrian Succession as Charles-Albert of Bavaria, backed by France, contested her inheritance. After the war, Maria Theresa's inheritance of the Habsburg lands was confirmed by the Treaty of Aix-la-Chapelle, and the election of her husband, Francis I, as Holy Roman Emperor was secured by the Treaty of Füssen.
Answer:
The Reason why the Enlightenment is called the Scientific Revolution is that there have been many innovations or invention and theories that have been made and became laws.
Explanation:
It is called the Scientific Revolution due to many inventions or innovations and laws that have been established from astronomer and physicians.
These include Issac Newton with his telescope. He believed that light acts like particles, so he used that information to his construction of his telescope. These include a mirror on his telescope for light to bounce off the surface. In addition, his construction led to a better image and more magnification.
Other examples are Galileo's refracted telescope. Using light to act like a wave. However, Newton did improve his design. His images would be distorted when looking into outer space.
Newton also discovered gravity and made laws with an apple falling on his head. In addition, he also established laws of motion. It is the three laws that apply to our everyday lives.
Finally, another example is Christian Huygens who believes that light would act like a wave for diffraction and refraction.
Hope this helps!
