Answer:
Explanation:
From the information given:
Feed F = 150.0 kmol/hr
The saturated liquid mixture of the distillation column is = 30%
Reflux ration = 2.0%
methanol distillate mole fraction = 0.990
recovery of methanol in the distillate = 97.0%
The distillate flow rate D can be determined by using the formula;
D = 0.97 × 150 × 0.3
D = 43.65 kmol/h
The bottom flow rate Balance B on the column is:
F = D + B
150 = 43.65 + B
B = ( 150 - 43.65 )kmol/h
B = 106.35 kmol/h
The methanol mole fraction in the bottom can be computed by using the formula:
150(0.3) = 43.65(0.999) + 106.3()
45 = 43.60635 + 106.3()
45 - 43.60635 = 106.3()
1.39365 = 106.3()
= 1.39365 / 106.3
= 0.013
the fractional recovery of water in the bottoms f is calculated as:
f = 0.99969
Answer:
energy
Explanation:
The First Law of Thermodynamics (Conservation) states that energy is conserved, it cannot be created nor destroyed.
Answer:
D. A densely packed space
A lot of people seem to say it's a cloud of dust and gas, but when I took a test on it, the answer said it was actually a densely packed space.
Explanation:
Answer:
1.400 mol
Explanation:
To convert grams to moles, you will need the molar mass. The molar mass of iron(iii) sulfate is 399.88 g/mol. Divide grams by the molar mass to find moles.
(560.0 g)/(399.88 g/mol) = 1.400 mol
There are 1.400 mol present in 560.0 g of iron(iii) sulfate.