Question
Question
Use the image to answer the question.
A coordinate plane shows the cumulative covid 19 cases in the United Kingdom from February 23 to April 17, year 2020.
The graph shows the total number of COVID-19 cases in the UK from February 23 to April 17 in 2020. The dots or stars represent the actual data points, and the line is an exponential fit for the data points. Each value in the x-axis shows days since COVID cases started to be measured in the UK, with “day 1” representing February 23. The y-axis shows the total number of cases per day. Which of the following correctly uses the graph to determine the best estimate for the number of COVID-19 cases in the UK on day 20?
(1 point)
Responses
10,000 cases
10,000 cases
12,000 cases
12,000 cases
15,000 cases
15,000 cases
2,000 cases
2,000 cases
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Use the image to answer the question.
A coordinate plane shows the cumulative covid 19 cases in the United Kingdom from February 23 to April 17, year 2020.
The graph shows the total number of COVID-19 cases in the UK from February 23 to April 17 in 2020. The dots or stars represent the actual data points, and the line is an exponential fit for the data points. Each value in the x-axis shows days since COVID cases started to be measured in the UK, with “day 1” representing February 23. The y-axis shows the total number of cases per day. Which of the following correctly uses the graph to determine the best estimate for the number of COVID-19 cases in the UK on day 20?
(1 point)
Responses
10,000 cases
10,000 cases
12,000 cases
12,000 cases
15,000 cases
15,000 cases
2,000 cases
2,000 cases
Skip to navigation
Answers
There are no human answers yet.
Answered by
GPT-4o mini
To estimate the number of COVID-19 cases in the UK on day 20 using the described graph, we would need to look at the y-coordinate that corresponds to day 20 on the x-axis. Since I do not have access to the image to visualize the actual data points and the fitted exponential line, I can't specify the exact number of cases for day 20.
However, if you can access the graph, you should find the location of day 20 on the x-axis and see where it intersects with the exponential fit line. The y-coordinate at that intersection will give you the best estimate of the total number of COVID-19 cases on that day.
If you identify the appropriate y-coordinate corresponding to day 20, choose the response closest to that value from the options provided. Typically, such graphs show an increasing trend, so it is likely to be between the options you have, depending on the growth in cases around that time.
However, if you can access the graph, you should find the location of day 20 on the x-axis and see where it intersects with the exponential fit line. The y-coordinate at that intersection will give you the best estimate of the total number of COVID-19 cases on that day.
If you identify the appropriate y-coordinate corresponding to day 20, choose the response closest to that value from the options provided. Typically, such graphs show an increasing trend, so it is likely to be between the options you have, depending on the growth in cases around that time.
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