The design for a new cementiess hip implant is to be studiod using an instrumented implant and fixed simulated femur, Assuming the punch applies an average force of 32 kN over a time of 53 ms to the 270-g implant, determine the velocity of the implant immidiately after impact
The design for a new cementiess hip implant is to be studiod using an instrumented implant and fixed simulated femur, Assuming the punch applies an average force of 32 kN over a time of 53 ms to the 270-g implant, determine the velocity of the implant immidiately after impact
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![The design for a new cementiess hip implant is to be studied using an instrumented implant and foxed simulated femur,
Assuming the punch applies an average force of 32 KN over a time of 53 ms to the 270-g implant, determine the velocity of the implant immidiately after
impact](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fbac0c657-e691-4cf0-88e0-2b637851a389%2F8febb25e-7202-4cf2-9b50-cf98787f19ad%2Fiakaeed_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The design for a new cementiess hip implant is to be studied using an instrumented implant and foxed simulated femur,
Assuming the punch applies an average force of 32 KN over a time of 53 ms to the 270-g implant, determine the velocity of the implant immidiately after
impact
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