The answer is life. It is because operant conditioning is used everyday on young children's life as this enables them to behave in a way their behavior is being shaped and controlled as show reinforcements such as positive or negative in terms of behavior-- this is needed, in order for a child to know where his or her behavior stands and the consequences it leads to.
Answer:
Plessy v. Ferguson was unconstitutional because it legalised segregation.
Explanation:
Plessy vs. Ferguson was important supreme court case in which the court ruled that if the separate services offered to the blacks is equal to the ones provided to the white Americans then it doesn't violates the constitution, It couldn't be considered as a violation of the constitution. This ruling sanctioned the Jim Crows Laws that prevented the African Americans from sharing public facilities. It was unconstitutional because it allowed the segregation.
While in Brown v. Board of Education(1954) it ruled that the segregation in public schools was unconstitutional even if the segregated schools were on par with the white schools. The court upheld that segregation violated the 14th amendment.
Answer: The pundit is using a NATIONAL DEFENSE ARGUMENT to justify the trade restriction.
Explanation: National defense argument is when someone is using the security of the nation to defend his argument, to be very important as the security of the nation is very important.
This type of argument always tends to use the fallacy of red herring to convince his audience about his argument. The argument sounds to be important as it used red herring to relate it's point to the security of the nation during wartime.
The pundit politician has used the fallacy of red herring to relate it's reason of increment in the tariff of semiconductor importation, to the security of the nation during war times. Therefore this is a national security argument.
That's a really nice quote. My personal favorite is "Life is like riding a bicycle. To keep your balance, you must keep moving" -Albert Einstein
