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A supersonic jet traveling at Mach 2.00 at an altitude of h=23,000 m is directly over...

A supersonic jet traveling at Mach 2.00 at an altitude of h=23,000 m is directly over a person at time t=0 as shown in the figure below. Assume the average speed of sound in air is 335 m/s over the path of the sound.

a) At what time will the person encounter the shock wave due to the sound emitted at t=0 in s

b) Where will the plane be when this shock wave is heard? Give the plane's horizontal displacements x. in km

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is the ratio of speed of objedh A Given mach 000 h-23, om m to Sound in air 3351510) 1 Let the fine be of Plane h Here sino valong Distance travelled by the flane. the horison b tano na 23,000 m tan (30°) 2 39837.16m Now at t=0 i time u distance x t=

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