1. b
2. e
3. a
4. c
5. d
6. a
7. e
8. b
9. e
10. b
Answer:
unconditioned stimulus
neutral stimulus, unconditioned stimulus
Explanation:
Classical conditioning is the process of linking two stimuli to produce a response. There are 3 phases for classical conditioning:
- Phase 1 (before conditioning): During this phase an unconditioned stimulus is paired to produce an unconditioned response. An unconditioned response naturally triggers a response.
- Phase 2 (During conditioning): This phase involves pairing a neutral stimulus with an unconditioned stimulus so that the neutral stimulus becomes the conditioned stimulus. The neutral stimulus does not naturally trigger a response.
- Phase 3 (after condition): In this phase only the conditioned stimulus is presented to produce a conditioned response. The conditioned response triggers a response after pairing with an unconditioned stimulus
The Warren Court refers to the Supreme Court of the U.S. during the period when Earl Warren served as Chief Justice. Warren replaced the deceased Fred M. Vinson as Chief Justice in 1953, and Warren remained in office until he retired in 1969. Warren was succeeded as Chief Justice by Warren Burger.
Warren led a liberal majority that used judicial power in dramatic fashion, to the consternation of conservative opponents. The Warren Court expanded civil rights, civil liberties, judicial power, and the federal power in dramatic ways.
The court was both applauded and criticized for bringing an end to racial segregation in the United States, incorporating the Bill of Rights, i.e. including it in the 14th Amendment Due Process clause, and ending officially sanctioned voluntary prayer in public schools. The period is recognized as the highest point in judicial power that has receded ever since, but with a substantial continuing impact.
Prominent members of the Court during the Warren era besides the Chief Justice included Justices William J. Brennan, Jr., William O. Douglas, Hugo Black, Felix Frankfurter, and <span>John Marshall Harlan II</span>
Answer: 340m
Explanation:
Given that:
Streets are constructed from 10 m pieces;
A lamppost is placed at both ends and at every 10 m along its length ;
A lamppost is also placed at every notice board along its length :
Given that:
Einstein Street has 42 lamppost and 7 notice boards :
So,
7 lamppost for 7 notice boards :
Lamppost left = 42 - 7 = 35 lamppost
2 lamppost placed at both ends :
Lamppost left = 35 - 2 = 33 lamppost
Hence, the remaining is placed at 10 m along its length:
Hence, length of Einstein street :
33 lamppost each placed 10m from the starting lamppost = (33 * 10) = 330m
Distance between 33rd lamppost and the ending lamppost = 10m
Hence, total length = (330 + 10) = 340 m
