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Updated on: 30 Apr 2024, 11:30
Originally posted by Sajjad1994 on 09 Mar 2022, 08:00.
Last edited by Sajjad1994 on 30 Apr 2024, 11:30, edited 4 times in total.
Last edited by Sajjad1994 on 30 Apr 2024, 11:30, edited 4 times in total.
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Dropdown 1: 100
Dropdown 2: Undefined
Be sure to select an answer first to save it in the Error Log before revealing the correct answer (OA)!
Difficulty:
25%
(medium)
Question Stats:
67% (01:24) correct
33%
(01:45)
wrong
based on 513
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Not Attempted Yet
The graph below is a scatter plot with 20 points, each representing the average temperature in degrees Celsius of a major European city, measured against elevation in meters. Select the best answer to fill in the blanks in each of the statements below based on the data shown in the graph.
1. Of the two coldest cities, one is percent higher above sea level than the other.
2. The relationship between average temperature and elevation is .
6.jpg [ 80.68 KiB | Viewed 7568 times ]
1. Of the two coldest cities, one is percent higher above sea level than the other.
2. The relationship between average temperature and elevation is .
Attachment:
6.jpg [ 80.68 KiB | Viewed 7568 times ]
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Dropdown 1: 100
Dropdown 2: Undefined
09 Mar 2022, 09:01
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1.
2 of the coldest cities are lying below the horizontal line of 8
One dot is near to the vertical line of 100 and the other dot is near to the vertical line of 200.
We can consider the dots on 100 and 200 respectively.
200 = 100 (1+\(\frac{x}{100}\))
2 = \(\frac{100+x }{ 100}\)
200 = 100 + x
X = 100%
Answer D
2.
The relationship between average temperature and elevation is Zero
Comparing the dots in the higher elevation region of the graphs with the dots in the lower elevation region of the graphs, there are certainly fewer dots in the higher elevation region, but the dots in the higher elevation region are parallel (nearly parallel) to some of the dots in the lower elevation region.
So, there is negligible change/zero change.
Answer B
2 of the coldest cities are lying below the horizontal line of 8
One dot is near to the vertical line of 100 and the other dot is near to the vertical line of 200.
We can consider the dots on 100 and 200 respectively.
200 = 100 (1+\(\frac{x}{100}\))
2 = \(\frac{100+x }{ 100}\)
200 = 100 + x
X = 100%
Answer D
2.
The relationship between average temperature and elevation is Zero
Comparing the dots in the higher elevation region of the graphs with the dots in the lower elevation region of the graphs, there are certainly fewer dots in the higher elevation region, but the dots in the higher elevation region are parallel (nearly parallel) to some of the dots in the lower elevation region.
So, there is negligible change/zero change.
Answer B
10 Mar 2022, 08:42
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Competition mode is off now.
OA is:
D and D
Today is the second last day of the competition; Good luck with the upcoming questions
OA is:
D and D
Today is the second last day of the competition; Good luck with the upcoming questions
