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Unformatted text preview: m 3 . 1609 mile 1 , 10 198 . 1 , , 4 , Hz 15 9 r m S = × = ε′ µ = µ = σ = f Provide your answer in miles per hour (mph). 2. Assume that you are searching for an object that is buried 2.5 kilometers beneath the surface of the earth and you are using a high powered 1 MHz radar in your search effort. The soil below your radar is sandy and dry and you know that you can accurately probe up to three penetration depths under these conditions. Determine whether or not you could succeed in the effort. Use appendix C in your text as an aid and assume that . µ = µ...
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- Fall '10
- Frequency, Wavelength, 1 mile, 2.5 kilometers, 1609.3m