Density of Water: Temperature Dependence, Assignments of Chemistry

The temperature-dependent density values of water in various degrees celsius, calculated using a polynomial formula. It is useful for students and researchers in fields such as chemistry, physics, and engineering.

Typology: Assignments

2019/2020

Uploaded on 04/16/2020

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Density of H2O
Constants Temp (℃0 Density(g/mL)
a0= 5 9.9997E-01
0.99989 10 9.9970E-01
a1= 15 9.9911E-01
5.33E-05 20 9.9821E-01
a2 25 9.9705E-01
-7.59E-06 30 9.9565E-01
a3= 35 9.9403E-01
3.67E-08 40 9.9223E-01
Formula
C4==$A$5+$A$7*B4+$A$9*B4^2+$A$11*B4^3
0 5 10 15 20 25 30 35 40 45
9.8800E-01
9.9000E-01
9.9200E-01
9.9400E-01
9.9600E-01
9.9800E-01
1.0000E+00
1.0020E+00
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Density of H2O

  • a0= 5 9.9997E- Constants Temp (℃0 Density(g/mL) - 0.99989 10 9.9970E-
  • a1= 15 9.9911E- - 5.33E-05 20 9.9821E-
  • a2 25 9.9705E-
    • -7.59E-06 30 9.9565E-
  • a3= 35 9.9403E- - 3.67E-08 40 9.9223E-
  • C4==$A$5+$A$7B4+$A$9B4^2+$A$11*B4^ Formula - 9.8800E- - 9.9000E- - 9.9200E- - 9.9400E- - 9.9600E- - 9.9800E- - 1.0000E+ - 1.0020E+

20 25 30 35 40 45

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