Question content area top Part 1 The table below shows the attendance in millions at theme parks in a certain country. Make a scatter plot of the data pairs. Draw a trend line and write its equation. Estimate the attendance at theme parks in the country in 2005. Year 1990 1992 1994 1996 1998 2000 2002 2004 2006 Attendance​ (millions) 251 265 265 291 304 317 325 328 339 Question content area bottom Part 1 Let x be the year and let y be the attendance that year in millions. Make a scatter plot of the data pairs and draw a trend line. Choose the correct graph below. A. 1988 2008 230 350 x y x y graph B. 1988 2008 230 350 x y x y graph Your answer is correct.C. 1988 2008 230 350 x y x y graph D. 1988 2008 230 350 x y x y graph Part 2 Write an equation of the trend​ line, rounding to two decimal places as needed. For this​ problem, choose the points ​(1990​,251​) and ​(2002​,325​). Choose the correct answer below. A. y=−6.17x−442.17 B. y=6.17x−12,020.67 Your answer is correct.C. y=−6.17x+12,020.67 D. y=6.17x+442.17 Part 3 Estimate the attendance at theme parks in the country in 2005. The estimated attendance was 332332 million. ​(Round to the nearest whole number as needed. Use the answer from the previous part to find this​ answer.)

Part 1: The correct graph is A. 1988 2008 230 350 x y x y graph.

Part 2: To find the equation of the trend line, we can use the formula for the equation of the line: y = mx + b, where m is the slope and b is the y-intercept.

Using the points (1990, 251) and (2002, 325), we can find the slope:
m = (325 - 251) / (2002 - 1990) = 6.17

Now we can substitute one of the points into the equation and solve for b:
251 = 6.17 * 1990 + b
b = 251 - 6.17 * 1990 = -12,020.67

Therefore, the equation of the trend line is y = 6.17x - 12,020.67. The correct answer is B.

Part 3: To estimate the attendance at theme parks in the country in 2005, we can substitute x = 2005 into the equation and solve for y:
y = 6.17 * 2005 - 12,020.67 = 332.33

The estimated attendance in 2005 is 332 million.