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WorksheetsMechanical Drive T3 - Chain drive P2
Total questions: 17
Worksheet time: 20mins
For the shown chain drive system if the driver Torque is 10 N.m , then we will have Torque of ( (a) ) N.m on the driven component .
For the shown chain drive system if the driver speed is 100 RPM , then we will have speed of ( (a) ) RPM on the driven component .
For the shown chain drive system if the speed of the driven sprocket is increased by triple quantity of the driver speed , what is the number of teeth for the driven sprocket .
(a)
For the shown chain drive system if the Torque of the driven sprocket is decreased by half quantity of the driver Torque , what is the number of teeth for the driven sprocket .
(a)
For the shown chain drive system if the speed of the driver sprocket is 1500 RPM , what will be the speed of the driven sprocket (RPM) .
(a)
For the shown chain drive system if the torque of the driver sprocket is 7 N.m , what will be the Torque of the driven sprocket (N.m) .
(a)
for the shown sprockets misalignment's the Type ( A ) is :
Angular misalignment
Sprocket misalignment
Parallel misalignment
Vertical misalignment
Horizontal misalignment
for the shown sprockets misalignment's the Type ( B ) is :
Angular misalignment
Sprocket misalignment
Parallel misalignment
Vertical misalignment
Horizontal misalignment
for the shown sprockets misalignment's the Type ( C ) is :
Angular misalignment
Sprocket misalignment
Parallel misalignment
Vertical misalignment
Horizontal misalignment
slack is not necessary for the chain drive to function properly ( T OR F )
(a)
If the tension is too little, the chain will fly off the sprocket. ( T OR F )
(a)
If the tension is too little, the bearings and the chain will wear very quickly. ( T OR F )
(a)
the distance shown in the figure with ( XYZ ) is called :
mid-span
sag
slack
Idler
the distance shown in the figure with ( XYZ ) is called :
mid-span
sag
slack
Idler
A chain should be replaced when its length becomes ......... longer than the original length.
3%
2%
4%
6%
the part shown in the figure is :
cotter pin
locking spring clip
master link
Idler
the part shown in the figure ( XYZ) is :
Chain puller
locking spring clip
master link
Idler
