Please read the problem. Show complete solution and answer. The following questions are connected to each other to arrive at final answer. a.) How many input stream were described in this problem? [a] 1; [b] 2 ; [c] 3; [d] 4 b.) What is the correct of all balance? [i] A+C+D = B ; [ii] A-C-B = D; [iii] A+B+C = D; [iv] A+B= C+D c.) The total number of independent equations that can be formulated is? [a] 1; [b] 2; [c] 3; [d] 4 d.) Starting with 100 kg of the solution containing 93% H2SO4. what equation correspond to HNO3 balance? i. 0.23 A + 0.90 D = 0.27 B ii. 0.57 A - 0.60 B + 93 = 0 iii. 0.20 A + 0.10 D = 0.13 B + 7 iv. 0.23 A + 93 + 0.90 D = 0.27 B (e) How much waste acid is required to produce the desired product given that 100 kg H2SO4 was available? i. 106.99 kg ii. 149.65 kg iii. 256.64 kg iv. 49.65 kg
Please read the problem. Show complete solution and answer.
The following questions are connected to each other to arrive at final answer.
a.) How many input stream were described in this problem? [a] 1; [b] 2 ; [c] 3; [d] 4
b.) What is the correct of all balance? [i] A+C+D = B ; [ii] A-C-B = D; [iii] A+B+C = D; [iv] A+B= C+D
c.) The total number of independent equations that can be formulated is? [a] 1; [b] 2; [c] 3; [d] 4
d.) Starting with 100 kg of the solution containing 93% H2SO4. what equation correspond to HNO3 balance?
i. 0.23 A + 0.90 D = 0.27 B
ii. 0.57 A - 0.60 B + 93 = 0
iii. 0.20 A + 0.10 D = 0.13 B + 7
iv. 0.23 A + 93 + 0.90 D = 0.27 B
(e) How much waste acid is required to produce the desired product given that 100 kg H2SO4 was available?
i. 106.99 kg
ii. 149.65 kg
iii. 256.64 kg
iv. 49.65 kg
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d.) Starting with 100 kg of the solution containing 93% H2SO4. what equation correspond to HNO3 balance?
i. 0.23 A + 0.90 D = 0.27 B
ii. 0.57 A - 0.60 B + 93 = 0
iii. 0.20 A + 0.10 D = 0.13 B + 7
iv. 0.23 A + 93 + 0.90 D = 0.27 B
(e) How much waste acid is required to produce the desired product given that 100 kg H2SO4 was available?
i. 106.99 kg
ii. 149.65 kg
iii. 256.64 kg
iv. 49.65 kg
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