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Smart Reasoning:

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Qaagi - Book of Why

Causes

Effects

for wettability research within enhanced oil recovery(passive) is designedThe High Pressure Chamber

a high - pressure chamber , a reduced pressure chamber and a regulation chamber , a partition coupled with a movable plunger diving the regulation chamber into a piston cavity and an annular cavity , a valve which is connected with the plunger ,setin the high - pressure chamber

the Pulling out the tracersetfrom the high pressure room

This sudden closure of valve “ Bcreateshigh pressure inside the chamber

The fuel / air explosion forces the front inlet valve closedcreatinghigh pressure in the chamber

Continuous burning of the oxyfuel mixturecreateshigh pressure within the chamber

As the aspro clear reacted with the water , gas was released inside the canistercreatinga high pressure chamber

Y.K. and M.N.(passive) was designed bythe high - pressure chamber

between the tricuspid valve and the anomalous muscle bundle and communicates through small openings in the muscle bundle(passive) is createdA high pressure chamber

the passagewayleadingfrom the high pressure chamber

the walls in this chamber ... the LVis designedas a high - pressure chamber

an oxidation furnacesetinto a high - pressure chamber

using boiling water and steamto createa high - pressure chamber

the smaller internal perccreatesa high pressure chamber

As fluid enters through the inlet 130 , the fluid fills the chamber 150 on one side of the vane 175Ato createa high pressure chamber 150A

the lower planar portionleadingto the high pressure chamber

the resinhas been setin a high pressure chamber

A ... the working chamber 14 and a bore portion 23leadsto a high - pressure chamber

a connecting line 18 ,leadsfrom a high - pressure chamber

the line 26leadinginto the high - pressure chamber

to bursting of ear drumsleadingto bursting of ear drums

to sustain pressures up to 100 MPadesignedto sustain pressures up to 100 MPa

to have an overpressure range of up to 1,200 baris designedto have an overpressure range of up to 1,200 bar

about 35,000 pounds per square inchcreatesabout 35,000 pounds per square inch

the piston to move the ram towards the second ram positioncausingthe piston to move the ram towards the second ram position

the inlet valve to shut and forces the outlet valve to open , forcing liquid out at the outletcausesthe inlet valve to shut and forces the outlet valve to open , forcing liquid out at the outlet

tanker ④ oil separator pressure pad superstructure damage(passive) caused bytanker ④ oil separator pressure pad superstructure damage

to the low - pressure chamber when the compressed air flow generated noiseleadingto the low - pressure chamber when the compressed air flow generated noise

in great improvements in maximum power ( from 252 ps to 277 ps ) and maximum torque ( from 34 kg.m to 36 kg.mresultingin great improvements in maximum power ( from 252 ps to 277 ps ) and maximum torque ( from 34 kg.m to 36 kg.m

the bone cement to advance from the high pressure chamber into the needlecausingthe bone cement to advance from the high pressure chamber into the needle

crystallizationto preventcrystallization

forth in the above section 1setforth in the above section 1

the air to swirl and split into hot and cold streamscausesthe air to swirl and split into hot and cold streams

to contained failuresleadingto contained failures

a brief negative pressure state from the relationship between the oil supply rate to the high pressure chamber and the viscosity of the pressure oilcausesa brief negative pressure state from the relationship between the oil supply rate to the high pressure chamber and the viscosity of the pressure oil

the conditions needed to produce a flashovercreatesthe conditions needed to produce a flashover

pad cover damage(passive) caused bypad cover damage

the tire from bottoming out and it offers a consistent trail feelpreventsthe tire from bottoming out and it offers a consistent trail feel

to the high - pressure reservoir ... and a second hydraulic connection leads into the hydraulic storage chamber ... that the first hydraulic connection having the high - pressure outlet has a first cheek valve , and the second hydraulic connection has a check valve ; and that the first check valve blocks a return flow from the high - pressure reservoir into the high - pressure chamber , and the second check valve blocksleadsto the high - pressure reservoir ... and a second hydraulic connection leads into the hydraulic storage chamber ... that the first hydraulic connection having the high - pressure outlet has a first cheek valve , and the second hydraulic connection has a check valve ; and that the first check valve blocks a return flow from the high - pressure reservoir into the high - pressure chamber , and the second check valve blocks

the remarkable activity of the low - frequency earthquakescausedthe remarkable activity of the low - frequency earthquakes

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Smart Reasoning:

C&E

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