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Smart Reasoning:

C&E

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Qaagi - Book of Why

Causes

Effects

to meet the difficult conditions found in Australian mines(passive) have been specifically designedEnviroMist nozzles

for maximum precision , life , and cutting speed(passive) are designedMiniJet nozzles

to provide uniform coverage with no dry or brown spots for healthier landscapes and water savings(passive) are designedMPR nozzles

for operation(passive) are designedWoodward’s nozzles

to deliver water in a spray pattern by pressure or by gravity flow(passive) are designedNozzles

specially(passive) are ... designedKoolance nozzles

our customdesignedsnowmaking nozzles

for operation(passive) are designedWoodward?s nozzles

to provide a cleaning efficiency over a 25 degree flat fan nozzle(passive) are designedNozzles

to obtain maximum water break - up ( Hence more Surface for cooling ) at low nozzle pressure(passive) are designedThe nozzles

to work with the size of the pump ( GPM & PSI ) and the length of hose in use(passive) will be designedThe nozzles

to spray water directly onto the hazard surface via a series of nozzles with a carefully predetermined spray pattern(passive) are designednozzles

for specific cleaning applications(passive) are designedNozzles

spray coverageSpecially designednozzles

to control the droplet size , rate and spray pattern(passive) are designedNozzles

to deliver a high pressure spray to the windshield(passive) are designedThe nozzles

nozzle manufacturersto designnozzles

to de - liver water in a spray pattern(passive) are designedNozzles

to direct the spray ahead and behind the hose for fuller coverage(passive) are designedThe nozzles

by pump pressure(passive) caused bynozzles

pump pressure(passive) caused bynozzles

Full 30 ' of spray coverageSpecially designednozzles

to work with any of the T - M8 Series nozzle tips , providing a wide range of orifice sizes and tip designs to meet any application(passive) are designedNozzles

to work with any of the T - M5 Series nozzle tips , providing a wide range of orifice sizes and tip designs to meet any application(passive) are designedNozzles

to safely depressurize vehicles(passive) are designedDefueling nozzles

to minimize ink volume used and maximize fluid flow(passive) have been designedThe nozzles

For Parts Cleaning , Chip Removal , Material Conveying , and Other Related Applications(passive) Are DesignedExair Nozzles

to spray efficiently and without product waste(passive) are specifically designedThe nozzles

the large particlescausedthe nozzles

by pressure from the ink cartridge(passive) caused bynozzles

to emit a flat fan spray pattern(passive) are designedThe nozzles

to specifically produce this effect(passive) are designednozzles

with large maximum free(passive) are designednozzles

to spray very small droplets which evaporate fast without dripping(passive) are specifically designedThe nozzles

to run at specific pressures and flows(passive) are designednozzles

some angle iron that I 'll useto setthe nozzles

to open when the pressure on them(passive) are usually designedNozzles

When a system is activated , the liquid CO2 flows through discharge pipeworkto specially designednozzles

to discharge a high pressure jet of water which stays as a pencil jet rather then(passive) have been designedThe nozzles

to give a variety of spray options(passive) are designednozzles

for vacuum operationdesignedfor vacuum operation

to penetrate the skin of aircraft noworiginally designedto penetrate the skin of aircraft now

high turbulence at the point where the fluid is introduced into the jacketcausehigh turbulence at the point where the fluid is introduced into the jacket

too lowsettoo low

standardshave been settingstandards

to direct the flow of a fluid in a spray or a mistdesignedto direct the flow of a fluid in a spray or a mist

to produce water droplet particles ( fog ) that evaporate into the atmosphere within seconds and reduce the surrounding temperatureare designedto produce water droplet particles ( fog ) that evaporate into the atmosphere within seconds and reduce the surrounding temperature

to fit the valves on common inflatablesdesignedto fit the valves on common inflatables

to deliver the desired spray pressure and spray volumedesignedto deliver the desired spray pressure and spray volume

to deliver the desired spray pressure and volumedesignedto deliver the desired spray pressure and volume

the undesirable white dot phenomena in which no ink droplet is ejected through the nozzle as the ink flow is blocked by the airmay causethe undesirable white dot phenomena in which no ink droplet is ejected through the nozzle as the ink flow is blocked by the air

for directional spray application in fixed fire protection systemdesignedfor directional spray application in fixed fire protection system

droplet size ... affecting both target coverage and spray drift riskinfluencedroplet size ... affecting both target coverage and spray drift risk

to produce water droplet particles known as fog , which will evaporate into the atmosphere within secondsdesignedto produce water droplet particles known as fog , which will evaporate into the atmosphere within seconds

to produce water droplet particles known as fog that will evaporate into the atmosphere within secondsdesignedto produce water droplet particles known as fog that will evaporate into the atmosphere within seconds

streams of water to dancecausestreams of water to dance

to produce large spray droplets to reduce driftare designedto produce large spray droplets to reduce drift

at for proper gpm and nozzle pressuresetat for proper gpm and nozzle pressure

for fan spray patternsdesignedfor fan spray patterns

high turbulence at the point where the fluid is introduced into the jacketcausehigh turbulence at the point where the fluid is introduced into the jacket

the nozzles to firewill causethe nozzles to fire

to emit liquid ink dropletsdesignedto emit liquid ink droplets

into the bottom spraydesignedinto the bottom spray

to atomise the water into small dropletsdesignedto atomise the water into small droplets

to spray less than 6 feet such as strip sprays and short radius nozzlesare designedto spray less than 6 feet such as strip sprays and short radius nozzles

to minimize drift and provide uniform coveragedesignedto minimize drift and provide uniform coverage

to deliver fine dropletsdesignedto deliver fine droplets

specifically for superior sewer cleaning and sewer jetting with no damage to sewer pipesdesignedspecifically for superior sewer cleaning and sewer jetting with no damage to sewer pipes

to deposit the printing compound as liquid ink dropletsdesignedto deposit the printing compound as liquid ink droplets

the ejection of ink dropletscausingthe ejection of ink droplets

on sprayseton spray

the ink jet drop sizecausingthe ink jet drop size

ejection of the liquid from the nozzlescausesejection of the liquid from the nozzles

to a specified amount of pressure that will form a wide enough spray pattern for coverage to be completesetto a specified amount of pressure that will form a wide enough spray pattern for coverage to be complete

up to spray into the path of a fansetup to spray into the path of a fan

the exit of the mist from the nozzlecausingthe exit of the mist from the nozzle

specifically for each speed and desired spray widthdesignedspecifically for each speed and desired spray width

in a loss of total pressureresultingin a loss of total pressure

ink ejection failurecausingink ejection failure

to produce much smaller droplets of waterdesignedto produce much smaller droplets of water

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Smart Reasoning:

C&E

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