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blood flow , or wall(passive) caused byfrictional force
this pressure contact(passive) caused bya frictional force
contact with the substrate 10(passive) caused bya frictional force
the frictional contact of the surface(s(passive) created bythe frictional force
the nature of contactwill influencefriction force
at these areas of contact(passive) are createdFrictional forces
the contact pressure(passive) caused bythe frictional force
the resistance of dentin to cutting by the file(passive) caused byfrictional forces
two objects in contact with each other(passive) created byfrictional force
blood flow or the topographical features of the niche(passive) caused bythe frictional force
the contact of the tires and the road(passive) caused bythe frictional force
resistance to flow(passive) caused byfrictional force
the roughness of two materials in contact(passive) caused byFrictional forceA force
contact of both the clutch plates(passive) caused byfrictional force
contact between the flywheel and the driver(passive) caused bya frictional force
the contact made during the experiment(passive) caused bythe frictional force
the contact with the driving unit(passive) caused bya frictional force
the contact between the two members(passive) caused bythe frictional force
the preloaded normal force(passive) created bythe frictional force
the normal force of the floor(passive) caused bythe frictional force
the contact with the glass sheet surface(passive) caused byfrictional force
The normal force of an object ... the surfaceis causingthe frictional force
the normal force which rectangular components are(passive) is caused bythe frictional force
air resistance(passive) caused byfrictional forces
the contact resulting in smoother movement(passive) caused bythe frictional force
contact with the wall of the lower float(passive) caused byfrictional forces
mutual contact of the rolling elements(passive) caused byfrictional force
the differing textures of both items in contact(passive) is caused byThe frictional force
the contact with the respective supporting plane(passive) caused byfrictional forces
the contact between the fixing through hole 133(passive) caused bya frictional force
contact thereof with the platen 50(passive) caused bya frictional force
contact with the recording medium ( not shown(passive) caused bya frictional force
the elastomeneric seal(passive) created bythe frictional force
the screw in the seal(passive) created byFrictional forces ,
the blood flow , which acts parallel to the longitudinal axis of the vessel wall(passive) caused bya frictional force
the sliding contact between the pair of cooperative members(passive) created bya frictional force
only materials in contact ( their texture ) and the force pushing them togethercontributeto.the frictional force
the contact friction between the friction discs 21 , 22 , 23 and 24 and the rotor 25(passive) caused bythe frictional force
the pressure in the roll over the area of contact on the steel(passive) created bythe frictional force
intimate contact between the step and the side rail(passive) created byfrictional force
the torque measurementsunfavorably influencingthe torque measurements
two surfaces from sliding past foerx otherpreventstwo surfaces from sliding past foerx other
a Torque on the wheelscausesa Torque on the wheels
rotation of the platespreventingrotation of the plates
rotation of the threadedpreventsrotation of the threaded
from the rotation of the spheresresultingfrom the rotation of the spheres
from the rotation of the wheel 4resultingfrom the rotation of the wheel 4
between the high - friction portion of the docking head and a surface of inventory holder 30createdbetween the high - friction portion of the docking head and a surface of inventory holder 30
the required braking torquecreatingthe required braking torque
a torque to change ωwill causea torque to change ω
torque or does the applied forceDoes ... createtorque or does the applied force
in the breaking up & separation of the particle to produce a finely dispersed filmresultingin the breaking up & separation of the particle to produce a finely dispersed film
the disc 10 in rotationsetsthe disc 10 in rotation
spring motion and rotation relative to the styletpreventsspring motion and rotation relative to the stylet
between the high - friction portion of docking head 110 and a surface of inventory holder 30createdbetween the high - friction portion of docking head 110 and a surface of inventory holder 30
wat is acc(deceleration(passive) caused bywat is acc(deceleration
to the resistance against axial rotation [ 32will ... contributeto the resistance against axial rotation [ 32
the opposing moment(passive) caused bythe opposing moment
only the turning moment(passive) created byonly the turning moment
the rotation is a static forcecausesthe rotation is a static force
synchronized rotation of the spindlecausessynchronized rotation of the spindle
in the breaking up & separation of the particle to produce a finely dispersed Shanghai Espread Industry Co.resultingin the breaking up & separation of the particle to produce a finely dispersed Shanghai Espread Industry Co.
from rotation of the drum against the guide plateresultingfrom rotation of the drum against the guide plate
the block from sliding downpreventsthe block from sliding down
negative acceleration ( or deceleration ) of an object in motioncan causenegative acceleration ( or deceleration ) of an object in motion
an acceleration in the opposite direction to the motion ( a decelerationwill causean acceleration in the opposite direction to the motion ( a deceleration
from this pressure resists rotation of the nut 106resultsfrom this pressure resists rotation of the nut 106
free rotation of the tissue rollpreventsfree rotation of the tissue roll
the relative rotation of the thread paircan preventthe relative rotation of the thread pair
to the fluctuation of the rotation speed of the micromotorscontributesto the fluctuation of the rotation speed of the micromotors
during rotation of the hub housing 10resultsduring rotation of the hub housing 10
negative acceleration ( or deceleration ) of an … Full Answercan causenegative acceleration ( or deceleration ) of an … Full Answer
from the pressure contact between the third shape portions 230A and 230B and the engagement arms 312A and 312Bresultingfrom the pressure contact between the third shape portions 230A and 230B and the engagement arms 312A and 312B
on these press - contact surfacescausedon these press - contact surfaces
slipping but causes a torque to exert on a round objectpreventsslipping but causes a torque to exert on a round object
the disturbances in continuous controlled changes in differential locking torquecreatethe disturbances in continuous controlled changes in differential locking torque
two surfaces from sliding past each other States that an object moving at constant velocity keeps moving at that velocity unless an unbalanced force acts on itpreventstwo surfaces from sliding past each other States that an object moving at constant velocity keeps moving at that velocity unless an unbalanced force acts on it
between the sheet and the meanscreatedbetween the sheet and the means
a torque about an axis going through the geometric center of the spherecausesa torque about an axis going through the geometric center of the sphere
between the high - friction portion of docking head 110 and a surface of container holdercreatedbetween the high - friction portion of docking head 110 and a surface of container holder