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Smart Reasoning:

C&E

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Qaagi - Book of Why

Causes

Effects

testsresultedin a low drag coefficient Automobile drag coefficient

a larger wind profileleadsto a greater drag coefficient

likely(passive) was ... causedThe high drag coefficient

that the shape iscontributesto the low drag coefficient

The structural requirements for tidal current turbines ... the rootwill causea higher drag coefficient

The rear integrates a floating rear wing providing downforcecontributingto the low 0.33 drag coefficient

to provide enhanced high - speed stabilitycontributingto a low drag coefficient

The flush lighting , invisible door handles , and wing cameras replacing traditional outside mirrorscontributeto a low drag coefficient

This paperdiscovereddrag force and coefficient

the bodyhas been designedto reduce drag coefficient

by Reynolds number difference(passive) caused bya larger drag coefficient

by the air(passive) caused byDRAG - Force

air opposition(passive) caused bydrag force

a fluid ( such as water or air or any liquid or gas(passive) is caused byDrag force

the yirueojim pressure(passive) caused bydrag force

the vehicle motion for the different configurations considered(passive) caused bythe calculation of the drag coefficient

treatment of the structureleadsto overestimation of drag coefficient

for a given cylinder(passive) is ... influencedthe mean drag coefficient

by charged ion in " sea " of electrons ( non - local electronic stopping(passive) caused byDrag force

by the base bleeding unit(passive) caused bythe aerodynamic drag coefficient

Its more aerodynamic Kammback body balances length and wind resistance , ... ofresultingin a drag coefficient

another embodiment of a floating sailis designedto alter the drag coefficient

a classleading0.31 drag coefficient

The shape of the body(passive) should be designedCoefficient of drag

a classleading0.24 coefficient of drag

by pressure drag(passive) are ... influenced byThe drag coefficient

The higher ... the more fluidsetthe drag coefficient

by the shape of the object(passive) is influencedthe " coefficient of drag

by the viscosity of the gas stream to flow(passive) caused bycoefficient of drag

a surfacecausingby coefficient of drag

more by pressure forces(passive) is influenced ... bythe drag coefficient

by pressure forces(passive) is influencedthe drag coefficient

by the water(passive) caused bya drag coefficient

also(passive) is ... influencedThe drag coefficient

factorsinfluencingdrag coefficient

factorsinfluencingthe drag coefficient of a

by the vehicle motion for the different configurations considered(passive) caused bythe drag coefficient

by the compressibility of the flow(passive) caused byA coefficient of drag

the specific effectscontributeto the drag coefficient

also the sticking out rear lightsinfluencethe coefficient of drag

to fuel economyleadsto fuel economy

the change in (passive) is causedthe change in

the profile drag coefficientinfluencesthe profile drag coefficient

to two effectsmay leadto two effects

a negative outcome of allwould causea negative outcome of all

11results11

to my favorite settingssetto my favorite settings

a negative outcome of all optical experiments capablewould causea negative outcome of all optical experiments capable

to minimal gas consumptionleadingto minimal gas consumption

in minimum fuel consumptionresultingin minimum fuel consumption

to limiting the speed and distance it can travelonly contributesto limiting the speed and distance it can travel

the ball to slow down less , or have a smaller negative accelerationwould causethe ball to slow down less , or have a smaller negative acceleration

to minimize fuel consumptionleadingto minimize fuel consumption

Particles(passive) are influenced byParticles

to a higher aerodynamic efficiencycontributesto a higher aerodynamic efficiency

in stress vector shifts towards the long wave directionsresultin stress vector shifts towards the long wave directions

to significant differences in resultant momentum flux ( or wind stress ) valuescan leadto significant differences in resultant momentum flux ( or wind stress ) values

to significant differences in resultant momentum flux ( or wind stresscan leadto significant differences in resultant momentum flux ( or wind stress

in the bulk properties of the granular sampleoriginatesin the bulk properties of the granular sample

in a loss of airfoil performance ( fineness decreaseresultingin a loss of airfoil performance ( fineness decrease

for a given cylinder ... by the intensity of turbulence and that the scale of turbulence plays a secondary roleis ... influencedfor a given cylinder ... by the intensity of turbulence and that the scale of turbulence plays a secondary role

in a greater influence given to design aestheticsresultingin a greater influence given to design aesthetics

to increase in total aerodynamic dragleadsto increase in total aerodynamic drag

in this caseresultin this case

in great savings on fuel expenses ... not to mention the reduction of the environmental impactresultsin great savings on fuel expenses ... not to mention the reduction of the environmental impact

( Text S1can be set( Text S1

in the new Nash Airflyte having a smooth , wide , and low bodyresultedin the new Nash Airflyte having a smooth , wide , and low body

to zeroto be setto zero

to improvement in acceleration and top speed with an improvement in the acceleration time by 0.2 seconds and an increased top speed ofcontributedto improvement in acceleration and top speed with an improvement in the acceleration time by 0.2 seconds and an increased top speed of

in an increased landing distanceresultingin an increased landing distance

in the new Nash Airflyteresultedin the new Nash Airflyte

the wind loadwould influencethe wind load

the flow variablesinfluencesthe flow variables

forces(passive) caused byforces

from shape and finishresultsfrom shape and finish

too high in order to compensate for failing to take account of transmission losseswas ... settoo high in order to compensate for failing to take account of transmission losses

as a constraint conditionis setas a constraint condition

me to believe that at the velocities we are working withleadsme to believe that at the velocities we are working with

the ball to lose mechanical energy during its flightwill causethe ball to lose mechanical energy during its flight

video size and remove unwanted partsto setvideo size and remove unwanted parts

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Smart Reasoning:

C&E

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