# Challenge 2 – X Marks the Spot

One interesting feature of the August 21, 2017 total solar eclipse is that its path of totality across the continental US crosses over the paths of earlier and later eclipses. One exciting crossing will occur between the 2017 and the April 8, 2024 total solar eclipse! In the map below, the major longitude and latitude grid lines are labeled. The grid spacing is 0.01 degrees in latitude and 0.025 degrees in longitude.

Earth area with grid

Two points along the path of the 2017 eclipse are at

Point 1:    89.31  West,    37.66 North

Point 2:    89.24  West,    37.63 North

Two points along the path of the April 8, 2024 eclipse are at

Point 1:   89.30  West,   37.62 North

Point 2:   89.27  West,   37.64 North

Problem 1:  Graph these two pairs of points on the image, and assuming that the eclipse paths are straight lines, find the coordinates of the intersection point of the two eclipses.

Problem 2: If the width of the image is 13 miles (21 kilometers), how far is the crossing point from the city of Carbondale, Illinois shown at the top of the image?