The LORAN (LOng RAnge Navigation) radio navigation system was widely used until the 1990s when it was superseded by the GPS system. In the LORAN system, two radio stations located at A and B transmit simultaneous signals to a ship or an aircraft located at P. The onboard computer converts the time difference in receiving these signals into a distance difference |PA|-|PBI, and this, according to the definition of a hyperbola, locates the ship or aircraft on one branch of a hyperbola (see the figure). coastline 360 mi transmitting stations B D Suppose that station B is located 360 mi due east of station A on a coastline. A ship received the signal from B 1,100 microseconds (us) before it received the signal from A. (a) Assuming that radio signals travel at a speed of 980 ft/ps, find an equation of the hyperbola on which the ship lies. (Use x as the axis along the coastline, and center your coordinate system between A and B. Values should be in miles.) (b) If the ship is due north of B, how far off the coastline (in mi) is the ship? (Round your answer to the nearest mile.) mi
The LORAN (LOng RAnge Navigation) radio navigation system was widely used until the 1990s when it was superseded by the GPS system. In the LORAN system, two radio stations located at A and B transmit simultaneous signals to a ship or an aircraft located at P. The onboard computer converts the time difference in receiving these signals into a distance difference |PA|-|PBI, and this, according to the definition of a hyperbola, locates the ship or aircraft on one branch of a hyperbola (see the figure). coastline 360 mi transmitting stations B D Suppose that station B is located 360 mi due east of station A on a coastline. A ship received the signal from B 1,100 microseconds (us) before it received the signal from A. (a) Assuming that radio signals travel at a speed of 980 ft/ps, find an equation of the hyperbola on which the ship lies. (Use x as the axis along the coastline, and center your coordinate system between A and B. Values should be in miles.) (b) If the ship is due north of B, how far off the coastline (in mi) is the ship? (Round your answer to the nearest mile.) mi
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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Transcribed Image Text:The LORAN (LOng RAnge Navigation) radio navigation system was widely used until the 1990s when it was superseded by the GPS system. In the LORAN system, two radio stations located at A and B transmit
simultaneous signals to a ship or an aircraft located at P. The onboard computer converts the time difference in receiving these signals into a distance difference |PA|-|PBI, and this, according to the definition of
a hyperbola, locates the ship or aircraft on one branch of a hyperbola (see the figure).
coastline
360 ml
transmitting stations
Suppose that station B is located 360 mi due east of station A on a coastline. A ship received the signal from B 1,100 microseconds (us) before it received the signal from A.
(a) Assuming that radio signals travel at a speed of 980 ft/us, find an equation of the hyperbola on which the ship lies. (Use x as the axis along the coastline, and center your coordinate system between A and
B. Values should be in miles.)
(b) If the ship is due north of B, how far off the coastline (in mi) is the ship? (Round your answer to the nearest mile.)
mi
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