An archaeological team is excavating artifacts from a sunken merchant ship on the sea floor. To help with the exploration, the team is using a magnetic probe. The probe travels appropriately 3900 meters at an angle of depression of 67.4 degrees from the team’s ship on the ocean surface down to the ship on the ocean floor.Complete the statements by filling them in with the missing measures rounded to the nearest meter. 1. When the probe reaches the ocean floor, the probe will be approximately _______ meters below the surface, measured vertically from the surface. 2. When the probe reaches the ocean floor, the horizontal distance of the probe from the team’s ship on the ocean surface will be approximately _______ meters.
An archaeological team is excavating artifacts from a sunken merchant ship on the sea floor. To help with the exploration, the team is using a magnetic probe. The probe travels appropriately 3900 meters at an angle of depression of 67.4 degrees from the team’s ship on the ocean surface down to the ship on the ocean floor.Complete the statements by filling them in with the missing measures rounded to the nearest meter. 1. When the probe reaches the ocean floor, the probe will be approximately _______ meters below the surface, measured vertically from the surface. 2. When the probe reaches the ocean floor, the horizontal distance of the probe from the team’s ship on the ocean surface will be approximately _______ meters.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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An archaeological team is excavating artifacts from a sunken merchant ship on the sea floor. To help with the exploration, the team is using a magnetic probe. The probe travels appropriately 3900 meters at an angle of depression of 67.4 degrees from the team’s ship on the ocean surface down to the ship on the ocean floor.Complete the statements by filling them in with the missing measures rounded to the nearest meter.
1. When the probe reaches the ocean floor, the probe will be approximately _______ meters below the surface, measured vertically from the surface.
2. When the probe reaches the ocean floor, the horizontal distance of the probe from the team’s ship on the ocean surface will be approximately _______ meters.
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