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89.3
This depends on the compound.
63 g of water are needed.
Sodium sulfate is not prepared from hydrogen chloride.
11 g hydrogen are needed.
To solve this, we will figure out how many grams there are per litre. To do this, we will divide the overall amount of litres 350 grams goes into by 350, so we are dividing 350 by 10,000. This answer is 0.035. We will then multiply 0.035 (how many grams needed for one litre) by 3300, to get how many are needed for that many litres, which gives us 115.5 grams. 115.5 grams are needed for 3300 litres if 250 grams are needed for 10,000 litres.
A lot of water and pressure is needed to create a small amount of electricity. In many places, its not a viable solution.
769.0 grams
Voltage is electrical pressure and Joules is a power rating so other info is needed
16.0 g
A US pint is 473 grams. - An Imperial pint is 568 grams
10.1 grams
47.6 grams
70
89.3
89.3
10