Question
14. Consider the table of population and total tourist attractions for each country. Population (millions) Tourist Attractions Germany 83.8 1,079 France 65.3 2,010 Spain 46.8
14.
Consider the table of population and total tourist attractions for each country.
Population (millions) | Tourist Attractions | |
Germany | 83.8 | 1,079 |
France | 65.3 | 2,010 |
Spain | 46.8 | 1,670 |
Greece | 10.4 | 1,055 |
Using the country of Germany:
- Express the tourist attractions per capita as a decimal. Round to 6 decimal places. 2 points
- Calculate the tourist attractions per capita as a per 100,000 value. 2 points
- Express your previous answer per 100,000 in a sentence. 2 points
- Using the table above: If Germany has the same number of tourist attractions as Greece with respect to population, how many would we expect Germany to have? Round to a whole number.4points
- Quantify: How does your previous answer compare to the actual number of attractions? Complete the sentence with a number and the word "more" or "less".
- If Germany's number of tourist attractions were proportional to Greece, we would expect Germany to have tourist attractions that they currently have. 2points
15) Consider two forests that are proportional with respect to the number of trees per square mile. If one forest has 1,366 trees per 1.5 square miles, how many trees should we expect in a forest that is 5 square miles? Round to a whole number.
16) Washington State University graduated a total of 17,528 students. Of all the students, only 6.3% were majors in chemistry. How many students majored in chemistry? Round to a whole number.
17) The number of early voters for the 2020 election was 116.2% of what it was in 2016. How many early voters were there in 2020 if there were 58,300,000 early voters in 2016? Round to a whole number of voters.
18) At a NASA conference, there is a food table setup with 491 sandwiches. Of all the sandwiches, only 51 are turkey. What percent of sandwiches are turkey? Round to a tenth of a percent.4 points
19)
Year | Annual CPI | Actual Price of a Calculator |
1995 | 152.400 | $8.99 |
2000 | 172.200 | $10.49 |
2005 | 195.300 | $12.10 |
2010 | 218.056 | $12.75 |
2015 | 237.017 | $13.89 |
-Based on inflation from the year 1995, what would have been the price of a calculator in the year 2010? 4points
- The real price of a calculator in 2010 was $12.75. Has the price of a calculator kept up with or exceeded the expected price of inflation? Justify your answer quantitatively. 4points
21) Calculate the grade point average: An A is considered 4.0, a B is 3.0, a C is 2.0, a D is 1.0, and an F is 0. If you received the following grades, what would be your grade point average? Round your answer to the hundredths place.
Course | Credits | Grade |
Sociology | 3.0 | A |
Calculus | 4.0 | A |
New Student Seminar | 1.0 | B |
Physics | 5.0 | A |
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