Answer:
It is known as pluralistic ignorance.
Explanation:
Pluralistic ignorance occurs in social situations when an individual does not feel free to express their opinion and makes a wrong inference of what their peers think, so they end up accepting the option they believe the group would choose, even if they disagree.
An example would be: Karla is on the bus, and a person sits next to her, she watches the woman and thinks that looks like a kind person and would like to talk with her for a while, but nobody talks with other people on the bus so avoid talking to her.
The spectator effect is an example of pluralistic ignorance; when an emergency occurs, the larger the group that observed the emergency situation, the less likely someone will help. The individual in the group may think that it would not be right to help, or that he/she should not help because surely another person would help.
<em>I hope this information can help you.</em>
Answer:
The answer is appeal.
Explanation:
An appeal is the process in which a case is rivisted in order to change the court decision. Countries under common law have granted the right to appeal since the nineteenth century.
Appeals can be done as a means for clarifying different laws, or for correcting judgement errors.
Answer:
A). Subjects who were given misleading information after viewing the slides were far less accurate in their memories for the kind of sign present than were subjects who were given no such information.
Explanation:
As per the given example, option A displays the results or consequences of the given study which researched the 'impacts of various types of information on human memory'. The results would reveal that 'subjects who were offered misleading information were less correct in their memories in comparison to the subjects who were not proffered with any such information' as the wrong or misinformation leads to form inaccurate or false memories in their mind which implies that 'memories can not be reliable'. Therefore, <u>option A</u> is the correct answer.
Answer:
Mean of sampling distribution=3.5
Standard error of sampling distribution=0.219
Explanation:
We know that
The average of catching fish per fishing trip=μ=3.5
and
The standard deviation of catching fish per fishing trip= σ=1.2.
We have to find the mean and standard error of sampling distribution of 30 fishing trips i.e. μxbar=? and σxbar=?
Mean of sampling distribution=μxbar=μ=3.5
Standard error of sampling distribution=σxbar=σ/√n
Standard error of sampling distribution=σxbar=1.2/√30
Standard error of sampling distribution=σxbar=1.2/5.4772
Standard error of sampling distribution=σxbar=0.219
Thus, the mean and standard error for a sampling distribution of 30 fishing trips are 3.5 and 0.219.
