Question

Suppose we went back in time to November 1, 2016. Instead of Presidential Candidates Trump and...

Suppose we went back in time to November 1, 2016. Instead of Presidential Candidates Trump and Clinton, the two presidential candidates were "Candidate Nationalism" and "Candidate Globalism"! Who wins and why?

Homework Answers

Answer #1

In that case, "Candidate Globalism" should have win.

Reason: Now, we have seen some strange aspects of Nationalism driven thoughts like "American first" after 2016. Based on Nationalism & American first concepts, Mr. Trump has went against every country whether European Union (e.g. Germany), Russia, China (tariff wars & its bad repurcussions on our US economy), etc. as well as against institutions such as WHO. Even during these Nationalism times, we are seeing anti-racial acts and oppression of Black Americans leading to atmosphere of mistrust and racism.

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Suppose that there are two candidates (we’ll call them Jones and Johns) in the upcoming presidential...
Suppose that there are two candidates (we’ll call them Jones and Johns) in the upcoming presidential election. Sara notes that she has discussed the presidential election candidates with 15 friends, and 10 said that they are voting for candidate Jones. Sara is therefore convinced that candidate Jones will win the election because Jones gets more than 50% of votes. Answer the following questions in the space provided below: Based on what you now know about statistical inference, is Sara’s conclusion...
1. Turnout for the 2016 US presidential elections was 55% of the eligible population. Suppose 10...
1. Turnout for the 2016 US presidential elections was 55% of the eligible population. Suppose 10 eligible individuals were randomly sampled in 2016 - what is the probability that 2 or fewer of the 10 voted? 2. Turnout for the 2016 US presidential elections was 55% of the eligible population. Suppose 10 eligible individuals were randomly sampled in 2016 - what is the probability that 3 or 4 of the people voted? 3.Turnout for the 2016 US presidential elections was...
We often judge other people by their faces. It appears that some people even judge candidates...
We often judge other people by their faces. It appears that some people even judge candidates for elected office by their faces. Researchers showed head-and-shoulders photos of the two main candidates in 32 races for the U.S. Senate to many subjects(dropping subjects who recognized one of the candidates) to see which candidate was rated“more competent” based solely on the photos. On Election Day, the candidates whose faces looked more competent won 22 of the 32 contests. If faces don’t influence...
2. After the 2016 presidential election, Gallup collected a random sample of 1,021 Americans and estimated...
2. After the 2016 presidential election, Gallup collected a random sample of 1,021 Americans and estimated that 47% of Americans wanted to keep the electoral college. One month before the election, in October 2016, another random poll of 1,100 Americans estimated that 52% wanted to keep the Electoral College. Statistically speaking, we can look at whether or not we can be sure that there was a change in opinions about keeping the Electoral College between October of 2016 and November...
Suppose we go back to the example from question 3. Suppose the probability remains at 16%...
Suppose we go back to the example from question 3. Suppose the probability remains at 16% but we now take a sample of size 100. What is the standard error of the proportion? What is the probability that the sample proportion of people who have white as ethnicity is between 10% and 25%? Two estimates are available for the same population parameter. Estimate one has a standard deviation of 9.3 and estimate two has a standard deviation of 9.4. Estimate...
1). Suppose we have two coins, coin A and coin B, and flip them each 10...
1). Suppose we have two coins, coin A and coin B, and flip them each 10 times. Let E be the event that every time coin A comes up heads, so does coin B. Find P(E). 2). Suppose we have 10 people, 5 on team A and 5 on team B. After a competition, they are ranked from 1 to 10. Let X be the best ranking obtained by a member of team A (i.e. if a person from team...
If you were conducting the two-sided hypothesis test, Ho: μ = 65 Ha: μ ≠ 65...
If you were conducting the two-sided hypothesis test, Ho: μ = 65 Ha: μ ≠ 65 at the 5% significance level, would you reject or fail to reject Ho. I don't want you to conduct a full hypothesis test here. Instead, note that one of the above CIs is equivalent to conducting this test. Tell me which interval and explain why you decided to reject or fail to reject based on this interval. 1. Suppose you are going to construct...
1)Will listening to different forms of music affect average grades on exam? Two different groups were...
1)Will listening to different forms of music affect average grades on exam? Two different groups were studied - Rap and Mozart - with the following results: those who listened to Rap music while studying had z = 86.7, with Sx = 3.9 and n = 29 while those who listened to Mozart while studying had i = 85.6 with Sg = 3.2 and n = 20. Using this data, construct a 99% confidence interval for the difference between average grades...
Suppose we have a six-stage pipelined processor with 500 ps cycle time. Running a particular benchmark...
Suppose we have a six-stage pipelined processor with 500 ps cycle time. Running a particular benchmark program which executes 1 billion (10 to the 9th power) instructions in a simulator, we determine that 5% of its instructions require exactly one cycle of stalling and 10% require exactly two cycles of stalling and no instructions would require more than two cycles of stalling. (For the purposes of this question, a cycle of stalling means one bubble (hardware-generated nop) inserted in the...
Suppose the two cars had rubber bumpers in the front and back – similar to the...
Suppose the two cars had rubber bumpers in the front and back – similar to the bumper cars children (of all ages!) ride at amusement parks. Also, suppose that the cars are sturdy enough that the metal they are made of does not bend during the collision. In this case, the cars would undergo a perfectly elastic collision. Assume just like in the first collision question that the SUV (initially moving to the right) collides into the stationary smart car....