Three microphones recorded an explosion. The sound reached the microphone at site A 2.5 seconds later than it reached the microphone at site B and 1.6. seconds later than it reached the microphone at site C. Sites A and B are 1.5. miles apart. Sites A and C are 0.75 miles apart. Sites B and C are 1.3. miles apart. Site B is N 75 degrees E of site A and site C is S 45 degrees E of site A. Estimate the location of the explosion to within 10 feet by giving distance and direction from site A. (Assume sound moves at 1100 ft/sec). We have been talking about hyperbolas in class if that helps.
Three microphones recorded an explosion. The sound reached the microphone at site A 2.5 seconds later than it reached the microphone at site B and 1.6. seconds later than it reached the microphone at site C. Sites A and B are 1.5. miles apart. Sites A and C are 0.75 miles apart. Sites B and C are 1.3. miles apart. Site B is N 75 degrees E of site A and site C is S 45 degrees E of site A. Estimate the location of the explosion to within 10 feet by giving distance and direction from site A. (Assume sound moves at 1100 ft/sec). We have been talking about hyperbolas in class if that helps.
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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Three microphones recorded an explosion. The sound reached the microphone at site A 2.5 seconds later than it reached the microphone at site B and 1.6. seconds later than it reached the microphone at site C. Sites A and B are 1.5. miles apart. Sites A and C are 0.75 miles apart. Sites B and C are 1.3. miles apart. Site B is N 75 degrees E of site A and site C is S 45 degrees E of site A. Estimate the location of the explosion to within 10 feet by giving distance and direction from site A. (Assume sound moves at 1100 ft/sec).
We have been talking about hyperbolas in class if that helps.
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