1. Show that the point h16, 40i is closer to one station under Manhattan distance, and to the other under Euclidean distance. 2. Let δ ≥ 0. Under Manhattan distance, describe the values of y for which...

1. Show that the point h16, 40i is closer to one station under Manhattan distance, and to the other under Euclidean distance.

2. Let δ ≥ 0. Under Manhattan distance, describe the values of y for which the following point is closer to s than to g:

1.h8 + δ, yi