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Qaagi - Book of Why

Causes

Effects

an object trying to move the air out of the way as it is moving(passive) is caused byFluid friction

the incurred lossesresultingfrom fluid friction

their viscosity ( resistance to flowing(passive) is usually caused byFriction between fluids

the cold engine oil viscositycausesfluid friction

not so highto causefluid frictional heat

movement of fluid through the valve(passive) caused bythe fluid friction

the article moving in relation to the water(passive) caused byfluid friction

when there is an interaction between the fluid layers and the walls of the pipe(passive) is createdFluid friction

too small and hard anglescausingfluid friction

tight bends(passive) created byfluid friction

turbulent flowcausesfluid friction loss

The resistance the fluid offers to this force ... in turncausesfluid friction

While the iceberg sits in the flow , the water rushes pastcausingfluid friction

the passage of the fluid , which lead to mechanical failure of both the tubing and tool assembly(passive) created bythe fluid friction

the changing cross - sectional area from intermixing the classified fluid state(passive) created byfluid friction

the thickness of the membrane(passive) caused byfluid friction

the flow of the fracturing fluid , which may lead to mechanical failure of both the tubing and tool assembly(passive) created bythe fluid friction

the particles that make up air(passive) caused byfluid friction

a continual rotation of die parts(passive) caused byfluid frictional forces

the constant shearing of the oil during operation(passive) caused byfluid friction

an inertial force to be about to move in an opposite direction ( valve closing direction(passive) is caused byfriction by fluid

the displacerresultingfrom fluid friction

the shape of the object and the speed which it is using to move(passive) is largely influenced byFluid friction

the constant churning of the oil during operation(passive) caused byfluid friction

air of 100 N and a rolling friction force of 250 N(passive) caused bya fluid friction force

the blocked passages(passive) caused bythe fluid friction

Increased solids contentcan causeincreased fluid friction

the head lossresultingfrom fluid friction

the natural gas rubbing against the inside walls of the pipes(passive) caused byfluid friction

melting the snow as the two surfaces rub against each otherthus causingfluid friction

rotor rear section 112 ... 0.010 inchesto preventfluid friction from �

the shearing action of the rotor(passive) caused byfluid friction

More surfacecreatesmore fluid friction

the air is being pushed aboutleadingto fluid friction

Falling raincreatesfluid friction 8

Wet snow is the type of snow that melts easier as pressure is exerted on itthus creatingfluid friction

factorsinfluencingthe friction – fluid friction

Welding always be little overlapped or little exposedcausefriction to fluid

the surrounding air(passive) caused byfluid friction

Too much oil in crankcasecausingfluid friction

thermal energy(passive) created bythermal energy

pressure drops in the boiler , the condenser and the piping between various componentscausespressure drops in the boiler , the condenser and the piping between various components

pressure drops in the boiler , the condenser , and the connecting pipescausespressure drops in the boiler , the condenser , and the connecting pipes

pressure drops in the boiler , the condenser , and piping between various compunentscausespressure drops in the boiler , the condenser , and piping between various compunents

pressure drops in the boiler , the condenser , and the piping between the components ... and as a result the steam leaves the boiler at a lower 6.Vapour Power Cyclescausespressure drops in the boiler , the condenser , and the piping between the components ... and as a result the steam leaves the boiler at a lower 6.Vapour Power Cycles

pressure drops in the boiler , the pipes and the condensercausespressure drops in the boiler , the pipes and the condenser

pressure drops in the boiler.1.2causespressure drops in the boiler.1.2

pressure drops in the boiler , the condenser , and the piping between the components ... and as a result the steam leaves the boiler at a lower pressure ; heat loss reduces the net work output , thus heat addition to the steam in the boiler is required to maintain the same level of net work outputcausespressure drops in the boiler , the condenser , and the piping between the components ... and as a result the steam leaves the boiler at a lower pressure ; heat loss reduces the net work output , thus heat addition to the steam in the boiler is required to maintain the same level of net work output

an unacceptable pressure drop(passive) caused byan unacceptable pressure drop

it to heat up significantlycould causeit to heat up significantly

pressure drop in the boiler , the condenser and the piping between various componentscausespressure drop in the boiler , the condenser and the piping between various components

The drag force(passive) is caused byThe drag force

mechanical losses(passive) caused bymechanical losses

The heat for the thermal treatment(passive) is created byThe heat for the thermal treatment

to the dissipation of energy as heatleadsto the dissipation of energy as heat

pressure drops in the boiler , the condenser , and the piping shree aac plant in bulandshahr - hieroglyphs.in Zozen Boiler Just another WordPress sitecausespressure drops in the boiler , the condenser , and the piping shree aac plant in bulandshahr - hieroglyphs.in Zozen Boiler Just another WordPress site

pressure losses in components and associated ductscausespressure losses in components and associated ducts

pressure drops in the boiler , the condenser , and the piping between the components ... and as a result the steam leaves the boiler at a lower Other Information Related basic steam cycle power plant boiler rice mill boiler basic principle polytechnic 2nd steam boiler basic rice mill boiler basic principle detailscausespressure drops in the boiler , the condenser , and the piping between the components ... and as a result the steam leaves the boiler at a lower Other Information Related basic steam cycle power plant boiler rice mill boiler basic principle polytechnic 2nd steam boiler basic rice mill boiler basic principle details

a frictional pressure drop ( DR ) which is converted into heating powercausesa frictional pressure drop ( DR ) which is converted into heating power

Pressure drop that occurs along the direction of flow in a pipe(passive) is caused byPressure drop that occurs along the direction of flow in a pipe

Pressure drop occurring along the direction of flow in a pipe(passive) is caused byPressure drop occurring along the direction of flow in a pipe

heat directly in the heat transfer fluidto createheat directly in the heat transfer fluid

an object from being in free fall on Earthpreventsan object from being in free fall on Earth

the entropy generation rate(passive) caused bythe entropy generation rate

significant pressure drop and thus requires large power sources at the pumpscausessignificant pressure drop and thus requires large power sources at the pumps

significant pressure drop and thus require large power sources at the pumpscausessignificant pressure drop and thus require large power sources at the pumps

to increased heat , increased torque and shorter operationalleadsto increased heat , increased torque and shorter operational

to aerodynamic drag , which is a resistance to the forward motion of a body through a fluid ( the air).Lubricated friction which resists relative lateral motion of two solid surfaces separated by a layer of gas or liquidcontributesto aerodynamic drag , which is a resistance to the forward motion of a body through a fluid ( the air).Lubricated friction which resists relative lateral motion of two solid surfaces separated by a layer of gas or liquid

a temperature difference of 60C let alone REMOVE heat from the center ( slower moving ) fluidto createa temperature difference of 60C let alone REMOVE heat from the center ( slower moving ) fluid

when an object moves through a fluid — a liquid or a gasresultswhen an object moves through a fluid — a liquid or a gas

in a smaller pressure decline and made gas transmission more cost - effectiveresultedin a smaller pressure decline and made gas transmission more cost - effective

from flow of hydraulic fluid within the closed loops of the hydrostatic drive systemresultingfrom flow of hydraulic fluid within the closed loops of the hydrostatic drive system

a significant pressure - head loss that increases with the forced - convection rate parameter Peforcedcausesa significant pressure - head loss that increases with the forced - convection rate parameter Peforced

from viscosity effectsresultingfrom viscosity effects

from changes in fluid viscosityresultingfrom changes in fluid viscosity

the speed dependent frictional torque(passive) caused bythe speed dependent frictional torque

If the frictional loss is(passive) caused byIf the frictional loss is

the flow to become vortexcausesthe flow to become vortex

when it comes in contact with a pipecreatedwhen it comes in contact with a pipe

from the collision of these moleculesresultsfrom the collision of these molecules

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