To chancer, on physics in physical therapy

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SUMMARY

The forum discussion centers on the necessity of physics education for physical therapy students, specifically addressing a user named "chancer." The key point is that understanding the vector nature of forces is crucial for preventing injuries during lifting. It is established that lifting objects at an angle requires more force than lifting them vertically due to the reduction of vertical force. This knowledge is essential for physical therapists to educate patients on safe lifting techniques.

PREREQUISITES
  • Basic understanding of physics concepts, particularly vectors and forces.
  • Familiarity with physical therapy principles and practices.
  • Knowledge of biomechanics related to lifting techniques.
  • Awareness of injury prevention strategies in physical therapy.
NEXT STEPS
  • Research the application of vector analysis in physical therapy.
  • Explore biomechanics of lifting and its implications for patient education.
  • Study ultrasonic treatments and their relevance in physical therapy.
  • Learn about injury prevention techniques in physical rehabilitation.
USEFUL FOR

Physical therapy students, educators in health sciences, and professionals focused on injury prevention and patient education in lifting techniques.

mathwonk
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Today, someone on the forums calling self "chancer" made a question which I
have a response to; maybe you could relay this to the forum?
Chancer is studying physical therapy and is also required to study a physics
sequence. This is in the Academic and Career forum. Chancer is not sure why
physics will be useful or necessary. My suggestion is basically about
preventing patients from becoming patients, specifically about lifting objects as
they relate to the vector nature of forces. People who are not physics educated
may not yet understand why lifting an object straight up vertically is very
different from lifting the same object "at an angle". More force is needed to
lift that object at an angle other than vertical because at the angle, more the
person's force vertically is reduced in the vertical direction; and so the
person must apply more force at an angle than if he just needs to lift
vertically (at "no" angle).

I wish I could tell chancer this. Could you comment for me on the forum,
since I have not been able to successfully register?

Gary Chernack
 
Physics news on Phys.org
I would suggest that it is more to do with ultra sonic treatments.
 

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