The pulse waves are traveling in soft tissue with a frequency of 5 MHz and 3 cycles. Hint: check the units PFR = 3 kHz; PRP = 0.33 millisecond; PD= milliseconds; DF= =
The pulse waves are traveling in soft tissue with a frequency of 5 MHz and 3 cycles. Hint: check the units PFR = 3 kHz; PRP = 0.33 millisecond; PD= milliseconds; DF= =
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![The pulse waves are traveling in soft tissue with a frequency of
5 MHz and 3 cycles. Hint: check the units
PFR = 3 kHz; PRP = 0.33 millisecond; PD=
milliseconds; DF =
PFR = 5 kHz; PRP = 0.2 millisecond; DF =
PFR = 6 kHz; PRP = 0.4 millisecond; DF =
(Leave solution with two decimals)
The velocity of the speed of sound is 1540 m/s](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fcf7428e1-3114-4898-86bf-7061418e8923%2F2f5075e0-ea0b-4fb8-8035-6fbbe13211e1%2F8ye6yvn_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The pulse waves are traveling in soft tissue with a frequency of
5 MHz and 3 cycles. Hint: check the units
PFR = 3 kHz; PRP = 0.33 millisecond; PD=
milliseconds; DF =
PFR = 5 kHz; PRP = 0.2 millisecond; DF =
PFR = 6 kHz; PRP = 0.4 millisecond; DF =
(Leave solution with two decimals)
The velocity of the speed of sound is 1540 m/s
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