hey friends plz... answer this
discuss human body as a dynamic system???
shreyas15604:
Hello There i would like to answer your question but could please provide more information ie I dont get what dynamic system has to do with human body as dynamic system is a complex mathematical topic
okay
pls make question more clear i would like answer this
actually i didn't asked this question my friend asked so he didn't told all the information abt this
oh ok this question is incomplete
hmm
Tysm Buddy..!
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Answers
Answered by
5
the human movementsystem is a highly intricate network of co-dependent sub-systems (e.g. respiratory, circulatory, nervous, skeletomuscular, perceptual) that are composed of a large number of interacting components
hope it helps
miss cadet :)
hope it helps
miss cadet :)
thanks for the answer Buddy☺☺
thanks for the answer Buddy
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Answered by
4
Hey buddy here is ur answer !!
》Most studies of the mechanical properties of the human body have been conducted on isolated organs, body segments, limbs or tissue specimens.
》 For these the static and dynamic functions under internal muscle loads or external forces, the geometry and structure are relatively well defined.
》 Results of this type have reached a high degree of sophistication using the whole framework of modern engineering dynamics and stress analysis in the course of the studies.
》However, if we are interested in the behaviour of the whole body or larger segments of it and are not willing to restrict ourselves to specific force inputs or loads, the number of studies conducted and the information available become less and less.
》 The reasons for this are at least threefold: (1) the overall system becomes extremely complex and its mechanical functions and abuses very manifold.
》Although engineering systems of high complexity; as for example aircraft, are analysed by dynamic models with respect to their dynamic responses and stress loads down to their individual subsystems and components, they have the advantage of being built of materials with known and understood material properties.
》》BE BRAINLY 《《
》Most studies of the mechanical properties of the human body have been conducted on isolated organs, body segments, limbs or tissue specimens.
》 For these the static and dynamic functions under internal muscle loads or external forces, the geometry and structure are relatively well defined.
》 Results of this type have reached a high degree of sophistication using the whole framework of modern engineering dynamics and stress analysis in the course of the studies.
》However, if we are interested in the behaviour of the whole body or larger segments of it and are not willing to restrict ourselves to specific force inputs or loads, the number of studies conducted and the information available become less and less.
》 The reasons for this are at least threefold: (1) the overall system becomes extremely complex and its mechanical functions and abuses very manifold.
》Although engineering systems of high complexity; as for example aircraft, are analysed by dynamic models with respect to their dynamic responses and stress loads down to their individual subsystems and components, they have the advantage of being built of materials with known and understood material properties.
》》BE BRAINLY 《《
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