H2O Heat Capacity at Constant Volume

Heat Capacity at Constant Volume can be calculated from

 

 

cV : Heat capacity at constant volume

cP : Heat capacity at constant pressure

: Thermal expansion coefficient

: Isothermal compressibility

: Density

 

T

C

cv

J g-1 K-1

T

C

cv

J g-1 K-1

T

C

cv

J g-1 K-1

T

C

cv

J g-1 K-1

0

4.2151

-

-

-

-

-

-

1

4.2134

26

4.1321

51

4.0234

76

3.9086

2

4.2113

27

4.1282

52

4.0188

77

3.9042

3

4.2089

28

4.1242

53

4.0141

78

3.8998

4

4.2061

29

4.1201

54

4.0095

79

3.8954

5

4.2033

30

4.1161

55

4.0048

80

3.8912

6

4.2004

31

4.1119

56

4.0002

81

3.8869

7

4.1973

32

4.1078

57

3.9955

82

3.8827

8

4.1939

33

4.1036

58

3.9908

83

3.8784

9

4.1907

34

4.0994

59

3.9861

84

3.8743

10

4.1875

35

4.0952

60

3.9815

85

3.8703

11

4.1843

36

4.0909

61

3.9769

86

3.8662

12

4.1809

37

4.0866

62

3.9722

87

3.8621

13

4.1778

38

4.0822

63

3.9675

88

3.8582

14

4.1745

39

4.0779

64

3.9630

89

3.8543

15

4.1713

40

4.0735

65

3.9583

90

3.8504

16

4.1680

41

4.0691

66

3.9537

91

3.8466

17

4.1647

42

4.0646

67

3.9491

92

3.8429

18

4.1614

43

4.0601

68

3.9446

93

3.8391

19

4.1580

44

4.0556

69

3.9400

94

3.8354

20

4.1545

45

4.0510

70

3.9354

95

3.8318

21

4.1509

46

4.0465

71

3.9308

96

3.8283

22

4.1473

47

4.0419

72

3.9264

97

3.8247

23

4.1436

48

4.0373

73

3.9219

98

3.8212

24

4.1398

49

4.0327

74

3.9174

99

3.8177

25

4.1360

50

4.0281

75

3.9129

100

3.8144