NCCO TEST 4 QUESTIONS WITH 100%
CORRECT ANSWER!!
1 of 50
Term
You are required to pass a physical exam everyyears, according
to ASME B30.5
Give this one a try later!
4 years 2 years
3 years 6 years
, Don't know?
2 of 50
Term
Before making a near capacity lift with a crane, the operator must:
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test the hoist brakes by Block under the pad and keep a 90
lifting the load a few degree angle between the cylinder
inches and rod and the pad
holding it
Should be hooked a distance
There is no other safer way closer to the load's center of
gravity
Don't know?
3 of 50
Term
Hoist ropes that are not rotation resistant must have a design factor
of:
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3.5 to 1 5.5 to 1
, 2.5 to 1 4.5 to 1
Don't know?
4 of 50
Term
How does the efectie weight of a stowed jib/extension relate to the
actual weight of the jib/extension
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nonexistent; the jib/extension has lower than the actual weight; does
no weight when stowed not depend on the boom angle
higher than the actual weight;
lower than the actual weight.... always equal to the actual
DEPENDS ON THE BOOM weight regardless of
ANGLE conditions
Don't know?
CORRECT ANSWER!!
1 of 50
Term
You are required to pass a physical exam everyyears, according
to ASME B30.5
Give this one a try later!
4 years 2 years
3 years 6 years
, Don't know?
2 of 50
Term
Before making a near capacity lift with a crane, the operator must:
Give this one a try later!
test the hoist brakes by Block under the pad and keep a 90
lifting the load a few degree angle between the cylinder
inches and rod and the pad
holding it
Should be hooked a distance
There is no other safer way closer to the load's center of
gravity
Don't know?
3 of 50
Term
Hoist ropes that are not rotation resistant must have a design factor
of:
Give this one a try later!
3.5 to 1 5.5 to 1
, 2.5 to 1 4.5 to 1
Don't know?
4 of 50
Term
How does the efectie weight of a stowed jib/extension relate to the
actual weight of the jib/extension
Give this one a try later!
nonexistent; the jib/extension has lower than the actual weight; does
no weight when stowed not depend on the boom angle
higher than the actual weight;
lower than the actual weight.... always equal to the actual
DEPENDS ON THE BOOM weight regardless of
ANGLE conditions
Don't know?
