VI. After you discovered the field with hydrocarbons there was a proposal to drill the wells presented in the table below. Plot the position of the wells, using excel, on a map. Make a depth map by drawing in PowerPoint the isobath (lines with equal depth) at every - 100 meters in between the true vertical depths subsea (TVDSS) presented for each well as in the table below. Identify which wells can be injectors and which can be producers if the oil water contact estimated to be at - 1685m TVDSS. Mark 20 Universal Transverse Mercator Coordinates Top reservoir Depth Wells Easting Northing TVDSS m 1 434895.3897 6752310 33 - 1750 2 434701 381 6752144.33 -1700 3 434075 388 6752300 33 - 1700 4 4335233897 6752290.44 -1690 5 434358 3914 6752225.55 - 1200 6 4341783932 6752150.66 -16781 7 433550 3949 6752148.77 -1700 8 433850 3949 6752248.77 -1378 VI. After you discovered the field with hydrocarbons there was a proposal to drill the wells presented in the table below. Plot the position of the wells, using excel, on a map. Make a depth map by drawing in PowerPoint the isobath (lines with equal depth) at every - 100 meters in between the true vertical depths subsea (TVDSS) presented for each well as in the table below. Identify which wells can be injectors and which can be producers if the oil water contact estimated to be at - 1685m TVDSS. Mark 20 Universal Transverse Mercator Coordinates Top reservoir Depth Wells Easting Northing TVDSS m 1 434895.3897 6752310 33 - 1750 2 434701 381 6752144.33 -1700 3 434075 388 6752300 33 - 1700 4 4335233897 6752290.44 -1690 5 434358 3914 6752225.55 - 1200 6 4341783932 6752150.66 -16781 7 433550 3949 6752148.77 -1700 8 433850 3949 6752248.77 -1378