Aguilar discusses how the notion of conversion had served as sublime tool of consolidating the power of the colonial administrators among the colonised subjects.Full description
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Descripción: practicas de conversión de energia
MODELO DE ESCRITO PENAL
Factores de Conversión
VISCOSIDAD
1 poise
100 cp
10 3 cp
3.6 Kg/m h
1 g/cm seg
1 poise
1 Kg/m seg
1 cp
14.382 poise
9.31x 10 3 cp
1.158 x 105 lb/ft h
0.672 lb /ft seg
1 lb/ft seg
1 Kgf seg/m 2
1 lbf seg/ ft 2
1 Kg/m seg
CONSTANTES UNIVERSAL DE LOS GASES
R=
1.987 cal/gmol °K
=
1.987 BTU/lbmol °R
R=
0.08206 lt at/gmol°K
=
0.08206 m 3 at/Kmol°K
R=
82.06 cm3at/gmol°K
R=
998.9 ft 3 mm Hg/lbmol°K
R=
10.731 ft 3 (lbf/in2)/lbmol°R
R=
554.9 ft 3 mm Hg/lbmol°R
R=
0.7302 ft 3 at/lbmol°R
R=
1545 ft 3 (lbf/ft2) lbmol°R
R=
62.36 lt mm HG/gmol°K
R=
8.309 Joule/gmol°K
R=
1.3144 ft 3 at7lbmol°K
R=
0.8473 Kgf m/gmol°K
R=
0.0028978 ft 3 at/gmol°K
R=
596.19 ft3 at/gmol°K
DENSIDAD
Densidad aire seco a 0°C y 1 at.
= 1.2929 g/lt
0.080711 lb/ft 3
=
= 0.04461 gmol/lt
= 0.00279 lbmol/ft 3
PRESION
1 Newton/m2
105 Pa
10dinas/cm2
1 Pascal
1 bar
1 Pa
760mmHg
29.921 in Hg
1 atm
1 lbf/in2
10.341 m H 2O 1 atm
1 lbf/in2 1 psi
1.033 Kgf/cm 2
1 atm
1 atm
14.696 psia 1 atm
33.93 ft H2O 1 atm
1 atm
1.01325x10 6 dinas/cm2
1 atm
144 lbf/ft 2
1.01325x105Pa
51.7 mmHg 1 psi
2117 lbf/ft2 1 atm
1.0132 bar 1 atm
ENERGIA
1 erg
1 Joule
10 7 erg
9.8067 Joule
1 dina cm
1 Newton m
1 Joule
1 Kgf m
4.184 Joule
0.23901 cal
3.6x10 6
2.7778X10-7 kw H
1 Cal
1 Joule
1 KW h
3.72505x10-7 hp h
2.685x10 6 Joules
0.73756 lbf ft
1 Joule
9.8689x10 -3 lt atm
1 joule
1 hp h
5.12195x10-2 ft3 lbf/in2
252 cal
1.1622x10 -6 Kwh
1.55856x10 -6 hp h
1 Joule
1 BTU
1 cal
1 cal
3.08595 lbf ft
2.14302x10 -2 ft3 lbf/in2
1 cal
3.41219 BTU 1 Kw h
5.40386 ft 3 lbf/in2 1 BTU
18439.01 ft 3 lbf/in2 1 Kw h
1 Joule
4.12917X10-2 lt atm
1 cal
2544.48 BTU 1 hp h
10.41215 lt atm 1 BTU
35528.2 lt atm 1 Kw h
1 joule
1055.04 joule
1 cal
1 cal
778 lbf ft
0.18505 BTU
1BTU
1 ft 3 lbf/in2
1.34102 hp h 1 KW h
1.98x10 6 lbf ft 1 hp h
265.522x10 6 lbf ft 1 KW h
13750 ft 3 lbf/in2 1 hp h
26493.5 lt atm
144 lbf ft
74.7354 lbf ft
0.518996 ft 3 lbf/in2
1 hp h
1 ft 3 lbf/in2
1 lt atm
1 lt atm
0.42665 Kgf in
10.325 Kgf m
107.6 Kgf m
0.9863 hp h
1 cal
1 lt atm
1 BTU
1 Cv h
10.5 Kcal
33000 lbf ft
1 Cv min
1 hp min
POTENCIA
1 Watt
107 erg /seg
103 Watt
14.34 cal/min
1 Joule/seg
1 Watt
1 Kw
1 Watt
9.807 Watt
2.343 cal/seg
550 lbf/seg
1.341 hp
1 Kgf m/seg
1 Kgf m/seg
1 hp
1 Kw
745.7 Watt
0.9863 hp
0.178 Kcal/seg
737.56 lbf ft/seg
1 hp
1 Cv
1 hp
1 Kw
76.04 Kgfm /seg
56.87 BTU/min
42.4087 BTU /min
44.25 lbf/seg
1 hp
1 KW
1 hp
1 Watt
CALOR ESPECIFICO
1 cal/g°C
1 cal/g°C
1 cal/g°C
1BTU/lb°F
1 cal/g°K
1 Kcal / Kg °C
1BTU/lb °F
1 BTU/lb°R
1 cal /gmol°K 1BTU/lbmol°R
FACTORES DE CONVERSION CONDUCTIVIDAD TERMICA (k)
Cal/seg cm°C 1cal/seg cm°C =
1
BTU/h pie°F 241.9
1 BTU/h pie°F =
4.13x10-3
1BTU/h pie 2°F =
3.45x10-4
0.0833
0.239
57.8
1 W/cm K
=
1
BTU/h pie2°F/pul
W/cmK
2903
4.1860
12
0.0173
1 694
1.44x10 -3 1
FACTORES DE CONVERSION PARA EL COEFICIENTE DE TRANSFERENCIA DE CALOR h.
