No, the purity of water is not measured in cusecs. Cusec (cubic feet per second) is a unit of flow rate, not a measure of water purity. Water purity is typically measured using parameters such as levels of contaminants, minerals, pH, and dissolved solids.
One cubic foot per second (cusec) is equal to approximately 0.001 acre-feet, so 1,000 cusecs would equal 1 million cubic feet (mcft) of water.
TMC refers to a "thousand million cubic ...". It could be TMC feet or metres and the answer would vary accordingly.
The concentration of water in pure water is 100%, meaning that all the molecules present in the solution are water molecules.
The prefix meaning x 1000 is "kilo-".
At present about 11.5 million cusecs is passing from sukkur barrage, whereas in 1976 it successfully weathered water about 13 Million Cusecs.
No, the purity of water is not measured in cusecs. Cusec (cubic feet per second) is a unit of flow rate, not a measure of water purity. Water purity is typically measured using parameters such as levels of contaminants, minerals, pH, and dissolved solids.
One cubic foot per second (cusec) is equal to approximately 0.001 acre-feet, so 1,000 cusecs would equal 1 million cubic feet (mcft) of water.
0.028317 m3s-1= 1 cubic
1 TMC = 1 Thousand Milling Cubic feet = 109 Cubic feet 1 TMC / Sec = 109 Cubic feet / Sec = 109 Cusecs
Assuming you means cusecs, rather than qusex!, it is a measure of flow defined as 1 cubic foot per second.
When the metric system was created, the inventors used the Greek word for 1000, kilo, as the prefix meaning 1000. They used the Latin word for 1000, mill, as the prefix meaning 1/1000.
As defined by the metric prefix milli, meaning 10^-3, 1000 mL of water are contained in a L bottle of water. For that matter, 1000 ml of anything are contained in a L bottle of anything.
1000 1000
1 TMC = 1 Thousand Milling Cubic feet= 109 Cubic feet1 TMC / Sec = 109 Cubic feet / Sec= 109 Cusecs (from How_many_cusecs_equal_to_one_tmc_of_water)Read more: How_many_cusecs_equal_to_one_tmc_of_water
Water has a density of about 1 (or 1000, depending on the units used...) meaning that every ml of water has a mass very close to 1 gram.
1000 lbs of water weighs 1000 lbs.