ETI - Mechanical Reasoning Questions and Correct
Answers 100%
1. C - move
The figure above represents a pulley, with practically no friction, from which
down- ward
two 10-pound weights are suspended as indicated. If a downward
until it reaches
force is applied to weight 1, it is most likely that weight 1 will
the floor.
A - come to rest at the present level of weight 2.
B - move downward until it is level with weight 2.
C - move downward until it reaches the floor.
D - pass weight 2 in its downward motion and then return to its present
position.
2. B - 32 gallons Eight gallons of water per minute are flowing at a given time from the 1-inch
per minute outlet in the tank shown above. What is the amount of water flowing at
that time from the 2-inch outlet?
A - 64 gallons per minute
B - 32 gallons per minute
C - 16 gallons per minute
D - 2 gallons per minute
3. A - C toward The arm in the figure above is exactly balanced as shown. If nut A is
the right. removed entirely then, in order to re-balance the arm, it will be
necessary to turn nut
A - C toward the right.
B - C toward the left.
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, ETI - Mechanical Reasoning Questions and Correct
Answers 100%
C - B up.
D - B down.
2/
14
Answers 100%
1. C - move
The figure above represents a pulley, with practically no friction, from which
down- ward
two 10-pound weights are suspended as indicated. If a downward
until it reaches
force is applied to weight 1, it is most likely that weight 1 will
the floor.
A - come to rest at the present level of weight 2.
B - move downward until it is level with weight 2.
C - move downward until it reaches the floor.
D - pass weight 2 in its downward motion and then return to its present
position.
2. B - 32 gallons Eight gallons of water per minute are flowing at a given time from the 1-inch
per minute outlet in the tank shown above. What is the amount of water flowing at
that time from the 2-inch outlet?
A - 64 gallons per minute
B - 32 gallons per minute
C - 16 gallons per minute
D - 2 gallons per minute
3. A - C toward The arm in the figure above is exactly balanced as shown. If nut A is
the right. removed entirely then, in order to re-balance the arm, it will be
necessary to turn nut
A - C toward the right.
B - C toward the left.
1/
14
, ETI - Mechanical Reasoning Questions and Correct
Answers 100%
C - B up.
D - B down.
2/
14
