Answer: b. both government spending changes and tax changes
Explanation:
The Multiplier effect as described in the question applies when the Government uses either taxes of Government Spending to influence the economy. When Taxes are imposed or relaxed however, it has been shown that they provide a less multiplier effect than when the Government uses Spending as an influence.
This is because when the Government spends it leads to a ripple effect that creates more income but when taxes are cut and people have <em>more disposable income</em>, it is up to them how much of that to save and how much to spend and they usually do not spend all of it.
The goal of the political campaigns is to influence the decision making process. I<span>deas that the candidate wants to share with the voters are presented.
</span>Campaigns start anywhere from several months to several years before election day. The first part of any campaign for a candidate is deciding to run. Then c<span>andidates travel around the area they are running in and meet with voters.</span><span>
Campaigns focus on their get out and Vote efforts in the last days before the general election.</span>
Answer:
The interviewer does not begin the interview in a neutral state, reacting only to information presented and the behavior of the applicant in the interview.
Explanation:
Robert Dipboye postulated that an interviewer should use both structured and unstructured interview method when interacting with a potential employee.
This aims to look beyond the job description and to get a better candidate as a fit for the role.
Structured interview uses a standard set of questions to evaluate a candidate, while unstructured interview allows the interviewer to ask questions aimed at getting information in regards to a skill or trait.
Using this method, the interviewer does not begin in a neutral state. But rather his reaction is based on the information presented by the candidate and his behaviour.
A random variable x is a numerical outcome of a probability experiment. There is a numerical value which is determined by chance for each outcome in the procedure or experiment. Therefore, a random variable is used for describing outcomes using numerical values.
x = time in minutes