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Smart Reasoning:

C&E

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Qaagi - Book of Why

Causes

Effects

to push through the waterresultingin an increased stride length and decreased stride frequency

the trainingresultedin no change in tendon length

to grip the footwear with their toescausingshorter stride length and improper force

by a breakdown of the manganese greensand media(passive) was caused bythe reduced run length

providingdid ... leadto a loss of stride length

providing itdid ... leadto a loss of stride length

A short stride length and low velocity ... spasticitycausesa reduced step length

increasing stride frequencywill ... leadto increased stride length

Decrease in mobilitywill also resultin a decrease in stride length

mid swing phasecausinggreater stride length

It is important to stretch after every work - out to prevent the tightening of musclescould leadreduced stride length

the hipcausesa decrease in stride length

Too much of a forward leanwill causea decrease in stride length

the pose methodresultedin a decrease in stride length

cadencewould ... leadto a decrease in stride length

by reduced cell elongation(passive) caused byreduced hypocotyl length

Stiff jointscan resultin reduced stride length

RNAi of Kif20b in cultured hippocampal neuronscausedreduced axon length

SI joint pain , pathology , and restrictionmay causea decrease in stride length

foot contactsresultingin a longer stride length

by footwear may(passive) caused byExcessive stride length

The global change in running mechanics associated with 12 weeks of instruction in the pose methodresultedin a decrease in stride length

the signalwill causea decrease in the length

Chronic restraint stresscauseddecreased dendritic length

by footwear(passive) caused byExcessive stride length

footwear(passive) caused byExcessive stride length

Compressive stresscausesdecrease in length

that users usually preferto setstride length to maximum

an increasing stride ratewill resultin a shorter stride length

toe - offcontributesto propulsion.[31] Stride length

for shorter legs(passive) is designedShorter stride length

turnleadingto shorter stride length

This conditionresultsin a shorter stride length

by rotation , wherein the predetermined scaling factor applies to the remaining corners of the rotated image while maintaining unaltered original dimensions of other portions of the rotated image(passive) caused byreduced length

These harmful movementswill leadto shorter stride length

stable , symmetrical gaits ... mediolateral bending of the axial skeletoncontributessubstantially to stride length

Fatiguecausesthe stride length to shorten

leg length(passive) is influenced byStride length

by leg length(passive) is influenced byStride length

movement of the scapulacontributedto the stride length of the forelimbs

to increased back extension andleadsto increased back extension and

in increased back extension and flexionresultsin increased back extension and flexion

from a forward - head posture , a stiff hip , or a decrease in the availability of motion at the lumbar spinemay also resultfrom a forward - head posture , a stiff hip , or a decrease in the availability of motion at the lumbar spine

to inefficient turning in PDto contributeto inefficient turning in PD

the unit revenue struggles in the Pacificto ... causethe unit revenue struggles in the Pacific

to the decrease in walking speed ( F(1,11contributedto the decrease in walking speed ( F(1,11

yourself a challenge and get the most of your trainingcan ... setyourself a challenge and get the most of your training

to inefficient turning in PD than under - scaled amplitude of rotationto contributeto inefficient turning in PD than under - scaled amplitude of rotation

more to inefficient turning in PD than under - scaled amplitude of rotationto contributemore to inefficient turning in PD than under - scaled amplitude of rotation

the dancers to experience pain in the posterolateral ligamentous structures and the medial tibiofemoral jointcausethe dancers to experience pain in the posterolateral ligamentous structures and the medial tibiofemoral joint

to lower tail beat frequency and lower amplitudeleadsto lower tail beat frequency and lower amplitude

to the cessation of cell division and thus cellular senescenceleadsto the cessation of cell division and thus cellular senescence

to faster runningledto faster running

in a more anterior strike position at initial contactresultedin a more anterior strike position at initial contact

alsocontributesalso

in paincould resultin pain

in a reduced number of stepsresultedin a reduced number of steps

to lower tailleadsto lower tail

from an inhibition of internode elongationresultedfrom an inhibition of internode elongation

higher forcescauseshigher forces

in heelcould resultin heel

to the reduced plantcontributesto the reduced plant

other health diseasescausesother health diseases

to decreased runningleadingto decreased running

to a limp or a reflex inhibition of the gluteus medius that can cause a Trendelenburg gaitleadsto a limp or a reflex inhibition of the gluteus medius that can cause a Trendelenburg gait

from patients not wanting to push off from their painful foot as powerfully as normalresultsfrom patients not wanting to push off from their painful foot as powerfully as normal

an increase in steps per milecausesan increase in steps per mile

via decreased expression of the microvilli gene setmight contributevia decreased expression of the microvilli gene set

directlyinfluencesdirectly

scoreshaving setscores

to less vertical up and down movementleadsto less vertical up and down movement

in shorter overhangs buthas resultedin shorter overhangs but

from a deficit or excess soil moisture levelscan also resultfrom a deficit or excess soil moisture levels

lateral patellofemoral and total pa - tellofemoral joint stress , which significantly increased during squattingcausedlateral patellofemoral and total pa - tellofemoral joint stress , which significantly increased during squatting

while retaining the same beam asresultedwhile retaining the same beam as

in a higher centre frequencyresultingin a higher centre frequency

to an increase in velocity [ 14 , 15leadsto an increase in velocity [ 14 , 15

in a higher risk of fallingmay resultin a higher risk of falling

in a reduction in anterior knee pain , ITB syndrome , and shin splints / stress reactions of the tibiahas resultedin a reduction in anterior knee pain , ITB syndrome , and shin splints / stress reactions of the tibia

in turningwill resultin turning

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Smart Reasoning:

C&E

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