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Smart Reasoning:

C&E

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Qaagi - Book of Why

Causes

Effects

improperly(passive) is ... setDensity level

The difference in water temperature in the two riverscausesdensity flow

by thinning to the number of living trees of the first observation(passive) caused byl density

the ADC calculated at these b - values(passive) is ... influencedl density

by uneven(passive) caused bydensity unevenness

management(passive) was ... influenced byunderstory density

by mask patterns(passive) caused bydensity unevenness

slightly(passive) is ... causeddensity unevenness

by coating unevenness of a charge generation layer(passive) is caused bydensity unevenness

extremely slightly(passive) is ... causedDensity unevenness

direct effects on stomatal development(passive) is influenced byStomatal density

changes in the elasticity of the ECMmust ... influenceintegrin density

Pixelcomposing 1R1G1B Density

Pixelcomposing1R1G1B Density

by the annealing conditions of the glass near the transformation temperature Due to the thermal expansion of the glass the density decreases with increasing temperature(passive) is influenced byThe density

the force of the air essential to a change of pressure with a change of density ... the power of gravitationcausesthe density

by the thermal effect of media on an optical path or the heterogeneity of density caused by convection current(passive) caused bydensity

by the thermal effect of media or the heterogeneity of density caused by convection current(passive) caused bydensity

by wind and density differences Surface Currents Density Currents 6(passive) is caused bythe density

Weight causes density ... , pressure causes heatcausesdensity

the factorsinfluencemammographic density

Factorsinfluencingmammographic density

for each density level ( display value(passive) can be setdensity

by soil structure and density(passive) are ... influenced bydensity

density causes pressure , pressure causes heatcausesdensity

Various parameters such as yarn structure , fibre shape , number of fibres in cross - section , type of yarn , fabric structure and liquid properties such as surface tension , viscosityinfluencedensity

the identification of factorsinfluencemammographic density

The number of genesinfluencemammographic density

by temperature gradients in the fluid mass(passive) caused bydensity

by temperature and concentration differences(passive) caused bydensity

It is not possible ... , because the density has to be defined by the materialto directly setthe density

by differences in temperature and salinity(passive) caused bydensity

by temperature and salinity variations(passive) caused bydensity

Higher mass but lesscould leaddensity

by different exposure and/or developing conditions(passive) caused bydensity

different exposure and/or developing conditions(passive) caused bydensity

This large space-- volumeHow was ... discovereddensity

density " : use this sliderto setthe density

by the annealing conditions of the glass near the transformation temperature Due to the thermal expansion of the glass(passive) is influenced byThe density

by solids or density caused by liquid(passive) caused bydensity

on a combined area of 80.57 [ km.sup.2 ... and a minimal density of 0.04 individuals/[km.sup.2 ] , based on data of three individualsresultedon a combined area of 80.57 [ km.sup.2 ... and a minimal density of 0.04 individuals/[km.sup.2 ] , based on data of three individuals

the movement of moleculescausingthe movement of molecules

to ' cuttingcan leadto ' cutting

denser objects to fall / lower and less dense objects to rise /causesdenser objects to fall / lower and less dense objects to rise /

more data damage to drives with a higher data densitywill causemore data damage to drives with a higher data density

an increase in the density of the remaining active sitescausingan increase in the density of the remaining active sites

in the horizontal density gradient within the bottom mixing layerresultsin the horizontal density gradient within the bottom mixing layer

local heating in a semiconductor material of the semiconductor device ... changing its structure and electrical characteristics , in particular causing it to break down when it would previously have blocked current by supporting voltagemay causelocal heating in a semiconductor material of the semiconductor device ... changing its structure and electrical characteristics , in particular causing it to break down when it would previously have blocked current by supporting voltage

because it?s possible to create density without these resultscausedbecause it?s possible to create density without these results

the less dense air to risecausingthe less dense air to rise

to an increase in the oxygen content of the airleadsto an increase in the oxygen content of the air

the more dense ( heavier ) fluid to sink below the less dense ( lighter ) fluidcausesthe more dense ( heavier ) fluid to sink below the less dense ( lighter ) fluid

in the higher through - flow velocityresultsin the higher through - flow velocity

a physical decrease in height and a bigger risk for fractures and breakscausesa physical decrease in height and a bigger risk for fractures and breaks

the material to rise or sinkcausesthe material to rise or sink

from temperature differences ( i.e. , natural convectionresultingfrom temperature differences ( i.e. , natural convection

to decreased growth performanceledto decreased growth performance

as a different value at each cells depending on the pressuresetas a different value at each cells depending on the pressure

in a higher Reynolds number and ... above all ... reducing the temperatureresultsin a higher Reynolds number and ... above all ... reducing the temperature

in brittle , fragile bones that are more susceptible to fracturesresultingin brittle , fragile bones that are more susceptible to fractures

to an increased risk of bone fractureleadsto an increased risk of bone fracture

to decreased of seeds number per capsule and increased of grain yieldcausedto decreased of seeds number per capsule and increased of grain yield

to increased bone fragilitycan leadsto increased bone fragility

to improved durability and chemical resistancecontributingto improved durability and chemical resistance

in significantly decreased product yields , poor compression strength , tensile strength , etcresultsin significantly decreased product yields , poor compression strength , tensile strength , etc

for optimal contrast and densitysettingfor optimal contrast and density

osteoporosis boneresultsosteoporosis bone

the colder more dense water to sink and reverse of the more efficient convection pathcausingthe colder more dense water to sink and reverse of the more efficient convection path

in an increased hazard of bone fractureresultsin an increased hazard of bone fracture

Profile results ( total timeresultsProfile results ( total time

in a large change in particle accelerationresultingin a large change in particle acceleration

the density of the starssetsthe density of the stars

in the weight and volume of a sampleresultsin the weight and volume of a sample

the bone to become fragile and more likely to breakcausingthe bone to become fragile and more likely to break

to less expansion regions of visible matterleadingto less expansion regions of visible matter

in bones that are more porous and more prone to fracture as compared to normal bonesresultingin bones that are more porous and more prone to fracture as compared to normal bones

from heat flow within Earth 's interiorresultingfrom heat flow within Earth 's interior

a constant densitysetsa constant density

variations in the movement of deep currentscausesvariations in the movement of deep currents

the salt to sink to the bottom of the watercausingthe salt to sink to the bottom of the water

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Smart Reasoning:

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