We request that you visit on the web
Without water, there is no life on our Earth. In the information below, you will find some interesting general data about water. We strongly implore you to conserve our natural resources, all of the, but especially our water. Our page sponsor, Tudor Ranch Incorporated in Mecca, California, is a grower of table grapes and other agricultural foods. They believe as we do, that wasting water is a lethal mistake. See other water links at the bottom of this informational page.
|
|
- At 4°C pure water
has a density (weight or mass) of about 1 g/cu.cm, 1 g/ml,
1 kg/liter, 1000 kg/cu.m, 1 ton/cu.m or 62.4 lb/cu.ft
- At 4°C pure water
has a specific gravity of 1. ( Some reference the s.g. base temperature
as 60F.)
- Water is essential
for life. Most animals and plants contain more than 60 % water by volume.
- More than 70
% of the Earth's surface is covered with about 1.36 billion cubic kilometers
of water / ice
- The
density of pure water is a constant at a particular temperature, and
does not depend on the size of the sample. That is, it is an intensive
property. The density of water varies with temperature and impurities.
- Water is the only
substance on Earth that exists in all three physical states of matter:
solid, liquid and gas.
- When water freezes
it expands rapidly adding about 9 % by volume. Fresh water has a maximum
density at around 4° Celsius. Water is the only substance where the
maximum density does not occur when solidified. As ice is lighter than
water, it floats.
- Water has a very
simple atomic structure. This structure consists of two hydrogen atoms
bonded to one oxygen atom - H2O
- Note; kg/m3
divided by 16.02 = lbs/cu.ft. kg/m3 divided by 1,000 = g/ml
Convert g/cm3
= g/cc = g/ml = g/mL - they are all the same.
|
|
Temp
( °C )
|
Density
pure
water
( g/cm3 )
|
Density
pure water
( kg/m3 )
|
Density
tap
water
( g/cm3 )
|
Density
pure
water
lb/cu.ft
|
Specific
Gravity
4°C reference
|
Specific
Gravity
60°F
reference
|
|
0
(solid)
|
0.9150
|
915.0
|
-
|
-
|
0.915
|
-
|
|
0
(liquid)
|
0.9999
|
999.9
|
0.99987
|
62.42
|
0.999
|
1.002
|
|
4
|
1.0000
|
1000
|
0.99999
|
62.42
|
1.000
|
1.001
|
|
20
|
0.9982
|
998.2
|
0.99823
|
62.28
|
0.998
|
0.999
|
|
40
|
0.9922
|
992.2
|
0.99225
|
61.92
|
0.992
|
0.993
|
|
60
|
0.9832
|
983.2
|
0.98389
|
61.39
|
0.983
|
0.985
|
|
80
|
0.9718
|
971.8
|
0.97487
|
60.65
|
0.972
|
0.973
|
|
100
(gas)
|
0.0006
|
Steam above this...
|
-
|
-
|
To use the table below,
run down the left column for whole degrees then move across for tenths of
a degree.
For example, the row/column shaded in aquamarine shows the density of pure water
at 17.7°C = 0.998650 grams/cm3
Density of
Water (g/cm3) at Temperatures from 0°C (liquid state) to 30.9°C
by 0.1°C inc.
| Degrees + |
0.0
|
0.1
|
0.2
|
0.3
|
0.4
|
0.5
|
0.6
|
0.7
|
0.8
|
0.9
|
| 0 |
.999841 |
.999847 |
.999854 |
.999860 |
.999866 |
.999872 |
.999878 |
.999884 |
.999889 |
.999895 |
| 1 |
.999900 |
.999905 |
.999909 |
.999914 |
.999918 |
.999923 |
.999927 |
.999930 |
.999934 |
.999938 |
| 2 |
.999941 |
.999944 |
.999947 |
.999950 |
.999953 |
.999955 |
.999958 |
.999960 |
.999962 |
.999964 |
| 3 |
.999965 |
.999967 |
.999968 |
.999969 |
.999970 |
.999971 |
.999972 |
.999972 |
.999973 |
.999973 |
| 4 |
.999973 |
.999973 |
.999973 |
.999972 |
.999972 |
.999972 |
.999970 |
.999969 |
.999968 |
.999966 |
| 5 |
.999965 |
.999963 |
.999961 |
.999959 |
.999957 |
.999955 |
.999952 |
.999950 |
.999947 |
.999944 |
| 6 |
.999941 |
.999938 |
.999935 |
.999931 |
.999927 |
.999924 |
.999920 |
.999916 |
.999911 |
.999907 |
| 7 |
.999902 |
.999898 |
.999893 |
.999888 |
.999883 |
.999877 |
.999872 |
.999866 |
.999861 |
.999855 |
| 8 |
.999849 |
.999843 |
.999837 |
.999830 |
.999824 |
.999817 |
.999810 |
.999803 |
.999796 |
.999789 |
| 9 |
.999781 |
.999774 |
.999766 |
.999758 |
.999751 |
.999742 |
.999734 |
.999726 |
.999717 |
.999709 |
| 10 |
.999700 |
.999691 |
.999682 |
.999673 |
.999664 |
.999654 |
.999645 |
.999635 |
.999625 |
.999615 |
| 11 |
.999605 |
.999595 |
.999585 |
.999574 |
.999564 |
.999553 |
.999542 |
.999531 |
.999520 |
.999509 |
| 12 |
.999498 |
.999486 |
.999475 |
.999463 |
.999451 |
.999439 |
.999427 |
.999415 |
.999402 |
.999390 |
| 13 |
.999377 |
.999364 |
.999352 |
.999339 |
.999326 |
.999312 |
.999299 |
.999285 |
.999272 |
.999258 |
| 14 |
.999244 |
.999230 |
.999216 |
.999202 |
.999188 |
.999173 |
.999159 |
.999144 |
.999129 |
.999114 |
| 15 |
.999099 |
.999084 |
.999069 |
.999054 |
.999038 |
.999023 |
.999007 |
.998991 |
.998975 |
.998959 |
| 16 |
.998943 |
.998926 |
.998910 |
.998893 |
.998877 |
.998860 |
.998843 |
.998826 |
.998809 |
.998792 |
| 17 |
.998774 |
.998757 |
.998739 |
.998722 |
.998704 |
.998686 |
.998668 |
.998650 |
.998632 |
.998613 |
| 18 |
.998595 |
.998576 |
.998558 |
.998539 |
.998520 |
.998501 |
.998482 |
.998463 |
.998444 |
.998424 |
| 19 |
.998405 |
.998385 |
.998365 |
.998345 |
.998325 |
.998305 |
.998285 |
.998265 |
.998244 |
.998224 |
| 20 |
.998203 |
.998183 |
.998162 |
.998141 |
.998120 |
.998099 |
.998078 |
.998056 |
.998035 |
.998013 |
| 21 |
.997992 |
.997970 |
.997948 |
.997926 |
.997904 |
.997882 |
.997860 |
.997837 |
.997815 |
.997792 |
| 22 |
.997770 |
.997747 |
.997724 |
.997701 |
.997678 |
.997655 |
.997632 |
.997608 |
.997585 |
.997561 |
| 23 |
.997538 |
.997514 |
.997490 |
.997466 |
.997442 |
.997418 |
.997394 |
.997369 |
.997345 |
.997320 |
| 24 |
.997296 |
.997271 |
.997246 |
.997221 |
.997196 |
.997171 |
.997146 |
.997120 |
.997095 |
.997069 |
| 25 |
.997044 |
.997018 |
.996992 |
.996967 |
.996941 |
.996914 |
.996888 |
.996862 |
.996836 |
.996809 |
| 26 |
.996783 |
.996756 |
.996729 |
.996703 |
.996676 |
.996649 |
.996621 |
.996594 |
.996567 |
.996540 |
| 27 |
.996512 |
.996485 |
.996457 |
.996429 |
.996401 |
.996373 |
.996345 |
.996317 |
.996289 |
.996261 |
| 28 |
.996232 |
.996204 |
.996175 |
.996147 |
.996118 |
.996089 |
.996060 |
.996031 |
.996002 |
.995973 |
| 29 |
.995944 |
.995914 |
.995885 |
.995855 |
.995826 |
.995796 |
.995766 |
.995736 |
.995706 |
.995676 |
| 30 |
.995646 |
.995616 |
.995586 |
.995555 |
.995525 |
.995494 |
.995464 |
.995433 |
.995402 |
.995371 |
| Degrees + |
0.0
|
0.1
|
0.2
|
0.3
|
0.4
|
0.5
|
0.6
|
0.7
|
0.8
|
0.9
|
The following table shows the volume that 1 gram
of water occupies as temperature varies. Data corrected for
buoyancy and for the thermal expansion of the container. |
|
Temperature
(°C)
|
Volume
(mL)
|
|
17.0
|
1.0022
|
|
18.0
|
1.0024
|
|
19.0
|
1.0026
|
|
20.0
|
1.0028
|
|
21.0
|
1.0030
|
|
22.0
|
1.0033
|
|
23.0
|
1.0035
|
|
24.0
|
1.0037
|
|
25.0
|
1.0040
|
|
26.0
|
1.0043
|
A Few Other CSG Water Links
Emergency Water Purification Calculator
Water Density Calculator
Water Consumption Calculator
Human Water Requirement Calculator
Water Conversion Information
Reservoir Volume Calculator
Pressure Corrected Boiling Temperature Of Water Calculator
Irrigation Coverage Quantity And Cost Calculator
Water Weight Converter
Water Base Boiling Point Calculator
Water Wasted Calculator
Aquarium Information Calculator
Water Altitude Boiling Point Calculator
Water Quality Index Calculator Temperature Only
Fish Pond Volume Calculator
Water Quality Index Calculator Converted Temperature Only
Ocean Water Freezing Point Calculator
Exercise Hydration Loss Calculator
Pool Chemical Conditions Calculator
Pool Water Salinity
Other Water Links
USGS Water Resources Information
EPA - Local Drinking Water Information
The World's Water
Water Information Center
Mission Springs Water District - Desert Hot Springs, CA
Coachella Valley Water District - Coachella, CA
Imperial Irrigation District Water - Imperial, CA
Desert Water Agency - Palm Springs, CA
AquaDyn Technologies
Co-operating Sponsors and Technology used on our Website
Registered® Trademark™ and Copyright© 1973 - CSG, Computer Support Group, Inc. and CSGNetwork.Com All Rights Reserved
|