3–58.
As used in some automotive
3–55.
3–56.
3–57.
The function of the spring in
figure 3E is to
1.
store energy for part of a
cycle
2.
counterbalance a weight or a
thrust
3.
return a component to its
original position after
displacement
4.
permit some freedom of movement
between aligned components
without disengaging them
Which of the following types of
springs can be used in compression,
extension, or torsion?
1.
Flat spring
2.
Spiral spring
3.
Helical spring
4.
Each of the above
What are volute springs?
1.
Spiral springs made of plaited
strands of cable
2.
Helical, conical springs wound
with each coil partly
overlapping the coil next to it
3.
Flat springs made of slightly
curved plates
4.
Double cone springs with their
large ends joined together
3-59.
3–60.
3–61.
3–62.
suspension systems, straight
torsion bars reduce shock or impact
by
1.
compressing
2.
twisting
3.
bending
4.
telescoping
What gear of the gear differential
is fastened to the spider shaft?
1.
Input gear
2.
End gear
3.
Output gear
4.
Spider gear
In the gear differential shown in
figure 11–11 of your textbook, in
proportion to the sum of
revolutions of the end gears, how
many revolutions does the spider
make?
1.
One half as many
2.
The same number
3.
Twice as many
4.
Four times as many
Which of the following statements
is true of a gear differential no
matter which type of hook–up is
used?
1.
2.
3.
4.
The spider will follow the end
gears for half the sum or
difference of their revolutions
The two side gears are the
inputs and the gear on the
spider shaft is the output
The spider shaft is one input,
and one of the sides is the
other output
If the two inputs are equal and
opposite,
the spider- shaft will
move in either direction
Slightly worn linkages can probably
be adjusted by lengthening or
shortening the rods and shafts.
1.
True
2.
False
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