An explosion is detonated at the surface of the ocean over the Japanese trench the deepest part of the ocean in order to determine its depth. The sonar impulse whose frequency is 2 KHz. is sent out from the boat's hull into the bottom of the trench and is retrieve by the boat 146 seconds later. The modulus of elasticity of ocean water is found to be 2010 MPa and its density. 1.03 glcc. Calculate the depth of the Japanese trench.
An explosion is detonated at the surface of the ocean over the Japanese trench the deepest part of the ocean in order to determine its depth. The sonar impulse whose frequency is 2 KHz. is sent out from the boat's hull into the bottom of the trench and is retrieve by the boat 146 seconds later. The modulus of elasticity of ocean water is found to be 2010 MPa and its density. 1.03 glcc. Calculate the depth of the Japanese trench.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Question
An explosion is detonated at the surface of the ocean over the Japanese
trench the deepest part of the ocean in order to determine its depth. The
sonar impulse whose frequency is 2 KHz. is sent out from the boat's hull
into the bottom of the trench and is retrieve by the boat 146 seconds
later. The modulus of elasticity of ocean water is found to be 2010 MPa
and its density. 1.03 glcc. Calculate the depth of the Japanese trench.
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