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Question:
Assume that a sound pulse travels with a constant velocity of 1,000 meters/second and that point A is separated from point B by a distance of 1,000,000 meters. Compute the time that elapses between the moment the sound pulse is transmitted at point A, strikes the object at B is reflected back, and arrives back at point A.
Velocity = Distance
Time
Time = Distance
Velocity
Distance = velocity*Time
I have the formulas, but what I am really looking for is a book that has these types of questions. Can anyone suggest a good book to answer these types of question.
Thank you.
Assume that a sound pulse travels with a constant velocity of 1,000 meters/second and that point A is separated from point B by a distance of 1,000,000 meters. Compute the time that elapses between the moment the sound pulse is transmitted at point A, strikes the object at B is reflected back, and arrives back at point A.
Velocity = Distance
Time
Time = Distance
Velocity
Distance = velocity*Time
I have the formulas, but what I am really looking for is a book that has these types of questions. Can anyone suggest a good book to answer these types of question.
Thank you.