1,000,000 nm in a one mm
bathroom demissions
225cm width 2250mm 2,250,000,000 nm
170cm length 1700mm 1,700,000,000 nm
235cm height 2350mm 2,350,000,000 nm
width*length*height
8,988,750,000,000,000,000,000,000,000 nm room space
602,000,000,000,000,000,000,000 one mole
need 14,931 moles of co2 to have 100 percent room filled with co2
need 4479 moles to have room filled with 30 percent co2
need 1493 moles to have room filled with 10 percent co2
That is for every 1 gram of citric acid use 1.3 g of baking soda. This will give you the maximum amount of CO2. Then, for example, if you use, say, 25 g of citric then mix that with 32.8 g of baking soda . This will generate 0.39 moles of CO2 or 0.39 moles X 44g/mol = 17.2g of CO2 gas.
a 1kg of baking soda is capable of producing 11.7 moles of co2
98.4grams of baking soda to 75gram citric acid procedures 1.17 moles of co2
1493 moles would be needed for 10 percent co2 concentration
1493\11.7=127.60
would need 127kg baking soda to fill the bath room up with 10 percent co2 levels