My morning cup of tea is steaming hot at 95°C. I take a 37 that has a temperature of -18°C. (Use specific heat for water for the tea.) ice cube from my freezer gg How much heat does it take to raise the temperature of the ice cube to melting? O How much heat does it take to melt the ice cube? How much tea do I need to equilibrate at my ideal tea drinking temperature of O 67.4°C? Ta Specific Heat Char Heat of cal/g °C Vaporization Heat of Fusion or Melting Boiling cal/g cal/g kcal/kg °C Point Point or or or (°C) (°C) J/kg kcal/kg Btu/lb °F J/kg J/kg °C kcal/kg Alcohol, ethyl Aluminum -117 1.04 105 3.21 105 8.54X 10 78.5 0.58 204 2400 24.9 660 2057 0.22 920 76.8 Brass 840 0.092 390 Сopper 1083 2330 0.092 390 49.0 2.05 x 105 Glass 0.21 880 Ice 0 0.51 2100 80 3.35 x 105 Iron (steel) 1540 3000 0.115 481 7.89 3.30 X 10 2.45 10 1.18 x 10 1.09 105 Lead 327 1620 0.031 130 5.86 Mercury -38.9 357 0.033 140 2.82 65.0 2.72 X 105 Silver 961 1950 0.056 230 26.0 Steam 0.48 2000 Water 100 (liquid) 1.00 4190 0 3.35 105 80 540 2.26 x 106 Zinc 907 0.092 419 390 23.0 9.63 X 104
My morning cup of tea is steaming hot at 95°C. I take a 37 that has a temperature of -18°C. (Use specific heat for water for the tea.) ice cube from my freezer gg How much heat does it take to raise the temperature of the ice cube to melting? O How much heat does it take to melt the ice cube? How much tea do I need to equilibrate at my ideal tea drinking temperature of O 67.4°C? Ta Specific Heat Char Heat of cal/g °C Vaporization Heat of Fusion or Melting Boiling cal/g cal/g kcal/kg °C Point Point or or or (°C) (°C) J/kg kcal/kg Btu/lb °F J/kg J/kg °C kcal/kg Alcohol, ethyl Aluminum -117 1.04 105 3.21 105 8.54X 10 78.5 0.58 204 2400 24.9 660 2057 0.22 920 76.8 Brass 840 0.092 390 Сopper 1083 2330 0.092 390 49.0 2.05 x 105 Glass 0.21 880 Ice 0 0.51 2100 80 3.35 x 105 Iron (steel) 1540 3000 0.115 481 7.89 3.30 X 10 2.45 10 1.18 x 10 1.09 105 Lead 327 1620 0.031 130 5.86 Mercury -38.9 357 0.033 140 2.82 65.0 2.72 X 105 Silver 961 1950 0.056 230 26.0 Steam 0.48 2000 Water 100 (liquid) 1.00 4190 0 3.35 105 80 540 2.26 x 106 Zinc 907 0.092 419 390 23.0 9.63 X 104
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Had this answered before, but I'm still confused... here is the table from the book.
Transcribed Image Text:My morning cup of tea is steaming hot at 95°C. I take a 37
that has a temperature of -18°C. (Use specific heat for water for the tea.)
ice cube from my freezer
gg
How much heat does it take to raise the temperature of the ice cube to melting?
O
How much heat does it take to melt the ice cube?
How much tea do I need to equilibrate at my ideal tea drinking temperature of
O
67.4°C?
Transcribed Image Text:Ta
Specific Heat
Char
Heat of
cal/g °C
Vaporization
Heat of Fusion
or
Melting
Boiling
cal/g
cal/g
kcal/kg °C
Point
Point
or
or
or
(°C)
(°C)
J/kg
kcal/kg
Btu/lb °F
J/kg
J/kg °C
kcal/kg
Alcohol,
ethyl
Aluminum
-117
1.04 105
3.21 105
8.54X 10
78.5
0.58
204
2400
24.9
660
2057
0.22
920
76.8
Brass
840
0.092
390
Сopper
1083
2330
0.092
390
49.0
2.05 x 105
Glass
0.21
880
Ice
0
0.51
2100
80
3.35 x 105
Iron (steel)
1540
3000
0.115
481
7.89
3.30 X 10
2.45 10
1.18 x 10
1.09 105
Lead
327
1620
0.031
130
5.86
Mercury
-38.9
357
0.033
140
2.82
65.0
2.72 X 105
Silver
961
1950
0.056
230
26.0
Steam
0.48
2000
Water
100
(liquid)
1.00
4190
0
3.35 105
80
540
2.26 x 106
Zinc
907
0.092
419
390
23.0
9.63 X 104
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