Answer:-
182 Kg
Explanation:-
Molar mass of CO = 12 x 1 + 16 x 1 = 28 grams
Molar mass of CH3OH = 12 x 1 + 1 x 3 + 16 x 1 + 1 x 1
= 32 grams
The balanced equation for this reaction is
CO(g)+H2(g)—> CH3OH(g)
From the equation we see
1 CH3OH is produced from 1 CO
32 grams of CH3OH is produced from 28 grams of CO.
208 Kg of CH3OH is produced from (28 gram x 208 Kg) / (32 gram)
= 182 Kg of CO
**increase the partial pressure of oxygen
decrease the partial pressure of carbon dioxide
Answer:
25.99mL is the volume internal volume of the flask
Explanation:
<em>To complete the question:</em>
<em>The temperature of the water was measured to be 21ºC. Use this data to find the internal volume of the stoppered flask</em>
<em />
The flask was filled with water, that means the internal volume of the flask is equal to the volume that the water occupies.
To find the volume of the water you need to find the mass and by the use of density of water at 21ºC (0.997992g/mL), you can find the volume of the flask, thus:
Mass water = Mass filled flask - Mass of clean flask
Mass water = 60.167g - 34.232g
Mass water = 25.935g of water.
To convert this mass to volume:
25.935g × (1mL / 0.997992g) =
<h3>25.99mL is the volume internal volume of the flask</h3>
