Answer:
This question is incomplete
Explanation:
The question is incomplete because of the lack of a letter (with missing words that need to be filled in).
The question asks to give synonyms and antonyms to adjectives in a letter.
A synonym is a word that is similar to the word given (eg. small, tiny, minuscule, mousy).
An antonym on the other hand, is a word that means the opposite to the word given (small, big; finite, infinite; tall, short).
An adjective is simply a word used to describe a noun (any of the synonyms or antonyms mentioned above are adjectives).
Answer:
are no different than if two strangers spent hours comparing their lives.
Explanation:
Peter and Paul are identical twins reared apart by different families; however, they are similar in many ways: both are postal workers, avid book readers, woodworkers, and each has two children, both males. Critics say that these similarities <u>are no different than if two strangers spent hours comparing their lives.</u> There are no biological basis for the similarities listed and when individuals discuss their likes and dislike there is always a possibility of similarities. If those similarities were genetically controlled, it might be concluded that the similarities were specific to them because of that but that is not the case.
The answer you are looking for is the Intermediate Appeals Court.
The Articles of Confederation failed because they did not give Congress and the national government enough power. The new U.S just fought a war to end what they considered arbitrary rules of a strong government that controlled the local government and the leaders of the U.S. They did not give the Central government the power it needed to rule effectively.
It did not give the Congress the power to tax, to draft troops, to place tariffs on foreign goods, to control interstate commerce or stop states from printing their own money, and the list can go on.
Answer:
The first law of thermodynamics is also known as the principle of conservation of energy. It states that if work is done on one system or it exchanges heat with another, the internal energy of the system will change.
The second law of thermodynamics marks the direction in which thermodynamic processes must be carried out and the impossibility of their occurrence in the opposite direction. It also establishes the impossibility of completely converting all the energy of one type into another without losses.
Explanation:
The first law of thermodynamics can be expressed as "energy is neither created nor destroyed, only transformed." This law defines heat as the necessary energy that the system must exchange to compensate for differences between work and internal energy.
In this way, the second law of thermodynamics imposes restrictions for energy transfers that could be carried out taking into account only the first principle. This law supports all its content and accepts the existence of entropy, so that, for an isolated system (there is no exchange of matter or energy with its surroundings), the variation of entropy must always be greater than zero.
