A supersonic jet traveling at Mach 2.5 at an altitude of 2x10^4 m is directly ovwer...
A supersonic jet traveling at Mach 2.5 at an altitude of 2x10^4 m is directly ovwer a person at time t = 0. Assume the average speed of sound in the air is 335m/s over the path of the sound. At what time will th eperson encounter the shock wave due to the sound emitted at t = 0?
Homework Answers
Since the person to position sound emitted at t=0 is perpendicular to the line of flight, the speed of shock wave in the direction of person for the wave emitted at t=0 will be the velocity of speed
So time at which the person will experience the shockwave due to sound emitted at t=0 = distance/speed of sound = 20000/335 = 59.7s
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