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An archaeological team is excavating artifacts from a sunken merchant ship on the ocean floor. To help with the exploration, the team uses a robotic probe. The probe travels approximately 3,900 meters at an angle of depression of 67.4 degrees from the ocean's surface down to the sunken ship on the ocean floor. Team's Ship Ocean Surface 67.4 3,900 meters Probe Ocean Floor not to scale Part A: When the probe reaches the ocean floor, approximately how far below the ocean's surtace will the proble be when measured vertically? Round to the nearest meter. O 1, 499 meters • 3,601 meters O 4,224 meters O 9,369 meters Part B: When the probe reaches the ocean floor, acproximately how far will the probe be from team's ship on the ocean's surface, when measured horizontally? Round to the nearest meter O 1.499 meters 1,623 meters 3,601 meters 4,224 meters

An archaeological team is excavating artifacts from a sunken merchant ship on the ocean floor. To help with the exploration, the team uses a robotic probe. The probe travels approximately 3,900 meters at an angle of depression of 67.4 degrees from the ocean's surface down to the sunken ship on the ocean floor. Team's Ship Ocean Surface 67.4 3,900 meters Probe Ocean Floor not to scale Part A: When the probe reaches the ocean floor, approximately how far below the ocean's surtace will the proble be when measured vertically? Round to the nearest meter. O 1, 499 meters • 3,601 meters O 4,224 meters O 9,369 meters Part B: When the probe reaches the ocean floor, acproximately how far will the probe be from team's ship on the ocean's surface, when measured horizontally? Round to the nearest meter O 1.499 meters 1,623 meters 3,601 meters 4,224 meters

Advanced Engineering Mathematics
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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VE uyum VE yuct An archaeological team is excavating artifacts from a sunken merchant ship on the ocean floor. To help with the exploration, the team uses a robotic probe. The probe travels approximately 3,900 meters at an angle of depression of 67.4 degrees from the ocean's surface down to the sunken ship on the ocean floor. Team's Ship Ocean Surface 67.4 3,900 meters Probe Ocean Floor not to scale Part A: When the probe reaches the ocean floor, approximately how far below the ocean's surface will the proble be when measured vertically? Round to the nearest meter. O 1, 499 meters • 3, 601 meters O 4, 224 meters O 9, 369 meters Part B: When the probe reaches the ocean floor. approximatey how far wil the probe be from team's ship on the ocean's surface, when measured horizontally? Round to the nearest meter. O 1,499 meters o 1.623 meters o 3.601 meters 4.224 meters
Transcribed Image Text:VE uyum VE yuct An archaeological team is excavating artifacts from a sunken merchant ship on the ocean floor. To help with the exploration, the team uses a robotic probe. The probe travels approximately 3,900 meters at an angle of depression of 67.4 degrees from the ocean's surface down to the sunken ship on the ocean floor. Team's Ship Ocean Surface 67.4 3,900 meters Probe Ocean Floor not to scale Part A: When the probe reaches the ocean floor, approximately how far below the ocean's surface will the proble be when measured vertically? Round to the nearest meter. O 1, 499 meters • 3, 601 meters O 4, 224 meters O 9, 369 meters Part B: When the probe reaches the ocean floor. approximatey how far wil the probe be from team's ship on the ocean's surface, when measured horizontally? Round to the nearest meter. O 1,499 meters o 1.623 meters o 3.601 meters 4.224 meters
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