Conclusion
Based on our results, we have deduced that there is no relationship between average length of lower limb and walking speed. Hence, there is no basis to say people with shorter legs walk slower than that of longer legs.
However, "Walking speed= Stride length x Cadence", where stride length is the length between each step taken and cadence is the rate at which a person walks, expressed in steps per min. Hence, one may walk faster if he/she chooses to take bigger steps or increase his/her rate of walking.
However, "Walking speed= Stride length x Cadence", where stride length is the length between each step taken and cadence is the rate at which a person walks, expressed in steps per min. Hence, one may walk faster if he/she chooses to take bigger steps or increase his/her rate of walking.
Evaluation
Limitations
|
Future
recommendations
|
|
Unfamiliarity
of route
|
Some participants tend to slow down when
they are nearing the cones
|
Allow participant to walk once to
familiarize themselves with the test walkway
|
Influence
of peers at starting/ending point
|
Participants’ motivational level affected
by peers cheering/teasing as they wait beside the route
|
Participants and peers should be
separated from each other and not have eye contact
|
Monitoring
walking pattern of participant
|
Some participants tend to go into “flight
phase” unknowingly
|
Extra manpower needed to constantly
monitor participant during walk test
|
Tripping
over the floor/themselves
|
Inaccurate timing of their walking speed
|
Safety precautions and warnings
Conduct test at areas with smoother flooring |
Some
participants start panting after 1 lap
|
They decide to continue the 2nd
test lap in order to end the test quickly
|
Standardize a mandatory rest time about
30 seconds between 1st and 2nd test lap
|
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