Specifications

CONVERSION TABLES
METRIC TO INCH SYSTEM
KNOWN MULTIPLIER
1 RESULT
w
m-kg 7.233 ~ ft-lb
2
m-kg 86.80 i in-lb
!
cm-kg
0.0723
, ft-lb
cm-kg 0.8680 i in-lb
kg
g g
~ 2.205 lb
! 0.03527
!
~ 02
km/lit
2.352
w
mpg
i2
kmlhr
0.6214
mph
2 km 0.6214
I mi
‘”
n:m
~ 3.281 ! ft
2 m
1.094
I vd
-I
cm 0.3937
LL
j in
mm
~ 0.03937
1 in
cc fcm3)
I
$1 ~ :::::;
02 (US liq)
cc (cm3)
cu.in
.,Q lit (liter) 2.1134 pt f US liq)
<z / lit (liter) 1.057
qt (US liq)
>
lit (liter)
, 0.2642
1 gal (US liq)
kg/mm
i 56.007
/ lb/in
z
” kg/cm2
14.2234
I
~ psi (Ib/in2)
Centigrade f°C) 1 9/5f°C) + 32
Fahrenheit
(OFI
I
DEFINITION OF TERMS:
r
:
L
!
c
1
KNOWN
! MULTIPLIER
RESULT
0.13826 m-kg
0.01152 m-kg
13.831 cm-kg
1.1521 cm-kg
lb
0.4535
02
I 28.352
c
kg
g
0.4252
1.609
1.609
0.3048
0.9141
2.54
+
in 25.4
km/lit
kmlhr
km
m
m
cm
mm
29.57
cc (cm3 1
16.387
cc fcm3)
0.4732
lit (liter)
0.9461 lit (liter)
3.785 lit
tlrter)
0.017855
kg/mm
0.07031
kg/cm2
5/91OF) - 32 Centrgrade (‘C)
INCH TO METRIC SYSTEM
I
ft-lb
in-lb
ft-lb
in-lb
mpg
mph
mi
ft
Yd
in
02 (US liq)
cu.in
pt (US liq)
qt (US liq)
gal (US liq)
lb/in
psi
tIb/in2) 1
Fahrenheit (OF)
m-kg
g
kg
lit
km/lit
cc
kg/mm
kg/cm2
=
Meter-kilogram(s) (usually torque)
=
Gram(s)
Kilogram(s) (1,000 grams)
=
liter(s)
=
Kilometer(s) per liter (fuel consumption1
=
Cubic centimeter(s) (cm31 (volume or capacityI
;
Kilogram(s) per millimeter uu spring compression rate)
=
Kilogram(s) per square centimeter (pressure)
CONSUMER INFORMATION
Notice
The information presented represents results obtainable by skilled drivers under controlled
road and vehicle conditions, and the information may not be correct under other conditions.
STOPPING DISTANCE
This figure indicates braking performance that can be met or exceeded by the vehicles to which
it applies, without locking the wheels, under different conditions of loading and with partial
failures of the braking system.
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