Use Euler's method to calculate the first three approximations to the given initial value problem for the specified increment size. Round your results to four decimal places.y' = y - ex - 2, y(2) = -1, h = 0.5
A. y1 = -6.6945, y2 = -18.2830, y3 = -36.2673
B. y1 = -6.1945, y2 = -16.3830, y3 = -35.6173
C. y1 = -7.1945, y2 = -20.1830, y3 = -36.9173
D. y1 = -5.6945, y2 = -14.4830, y3 = -34.9673
Answer: B
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Solve the problem.The distance in miles that can be seen on the surface of the ocean is given by d = 1.4
where h is the height in feet above the surface of the water. How many feet high above the water (to the nearest tenth) would a pirate have to climb to see 15 miles?
A. 441.0 ft B. 114.8 ft C. 57.4 ft D. 5.4 ft
Convert as indicated.52.7 mm to decimeters
A. 527 dm B. 0.527 dm C. 5270 dm D. 5.27 dm
Without graphing the function, state the shift(s) that are applied to the graph of 
to graph the given function. If the graph of 
must be rotated about the x-axis, state this.f(x) = -(x - 2)2 - 6
A. left 2 units, down 6 units B. rotate about x-axis, right 2 units, down 6 units C. rotate about x-axis, left 2 units, down 6 units D. right 2 units, down 6 units
For the set of numbers, find the mean, median, and any mode that exist. 85, 77, 73, 73, 85, 87
A. mean: 81, median: 80, mode: 85 B. mean: 81, median: 81, mode: 73 C. mean: 80, median: 73, mode: 87 D. mean: 80, median: 81, mode: 73 and 85