Question

If the liquid film resistance is 5 times that of the gas film for a gas...

If the liquid film resistance is 5 times that of the gas film for a gas absorption process, by how much would the rate absorption change if the liquid film coefficient could be doubled without changing other parameters?
Science   Chemistry   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

Given , Liquid resistance = 5x

gas resistance = x

Total resistance = 5x2 /6x = 5x/6

Now, K of liquid is two times the old K.

So, resistance will be 1/2 of old resistance.

So,

liquid resistance = 2.5x

gas resistance = x

Total resistance = (2.5x)*(x) /(2.5x+x)

=5x/7

We know rate is inversly proportional to resistance.

So,

New rate / old rate = old resistance / new resistance

= (5x/6) / (5x/7)

= 7/6

New rate / old rate = 1.167 times increase in rate

Percentage change = 16.7%

0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
In an absorption tower (or absorber), a gas is contacted with a liquid such that one...
In an absorption tower (or absorber), a gas is contacted with a liquid such that one or more components in the gas is transferred in the liquid. A stripping tower (stripper) also involves a gas contacting a liquid but components are transferred from the liquid into the gas. A process consisting of an absorber and a stripper is used to separate the components of a gas containing 35.0 mole% CO2 and the balance CH4. This gas is fed to the...
5) A filled column operating at 1 atm was used to absorb A from a gas...
5) A filled column operating at 1 atm was used to absorb A from a gas mixture with solvent B. At one point in the column the molar fraction of A in the gas is 0.20 and the liquid in contact has a molar concentration of A equal to 1.5x10-3gmol/m3. The individual mass transfer coefficient for the phase gas is worth 0.45 gmol / sm2atm. Experimental balance studies between phases indicate the following equilibrium relationship: PA = 20CA with PA...
1) An ideal ammeter would have zero resistance while an ideal voltmeter would have infinite resistance,...
1) An ideal ammeter would have zero resistance while an ideal voltmeter would have infinite resistance, why? 2) Is the true resistance greater or smaller than the measured resistance? 3) What is sweep time of a scan with a sweep rate of 60 Hz? 4) Is the time base affected by changing the horizontal and vertical gains? 5) What is an ohm, what combination of fundamental SI units does it represent? 6) The common 9 Volt battery imparts how much...
1.In a stirred duplicator 5 tonns of liquid (cp= 3,35 KJ/kgK) shall be heated from 20...
1.In a stirred duplicator 5 tonns of liquid (cp= 3,35 KJ/kgK) shall be heated from 20 °C to 80°C with the help of 100°C steam. Surface area between the steam and liquid is 10 m2, heat transfer coefficient is 1163 W/m2K. You can use the equations of heat transfer through flat wall) 15 points    A, How much heat is needed for the process? (5) B, How much is the heat flow through the wall? (8) C, How much time...
Chemical Vapor Deposition (CVD) of a Silicon Thin Film onto a Wafer: Solid, nonporous silicon thin...
Chemical Vapor Deposition (CVD) of a Silicon Thin Film onto a Wafer: Solid, nonporous silicon thin films can be laid down onto wafer surfaces by the following chemical vapor deposition ( CVD) process: SiH 4 (g) ? Si (s) + 2 H 2 (g) . It is desired to deposit a very thin film of Si on a wafer surface. Usually, CVD processes are carried out at very low system pressure and high temperature using a reactor like the one...
An ideal gas is compressed from a volume of Vi 5 5.00 L to a volume...
An ideal gas is compressed from a volume of Vi 5 5.00 L to a volume of Vf 5 3.00 L while in thermal contact with a heat reservoir at T 5 295 K as in Figure P12.21. During the compression process, the piston moves down a distance of d 5 0.130 m under the action of an average external force of F 5 25.0 kN. Find (a) the work done on the gas, (b) the change in internal energy...
A 5-kW, 220-V shunt motor has an armature resistance of 0.15 ? and a field-circuit resistance...
A 5-kW, 220-V shunt motor has an armature resistance of 0.15 ? and a field-circuit resistance of 100 ?. The motor delivers rated output power at rated voltage when its armature current is 20 A. When the motor is operating at rated voltage, the speed is observed to be 1000 r/min when the machine is loaded such that the armature current is 15 A. In order to protect both the motor and the dc supply under starting conditions, an external...
(1). (5%) If one wants to increase the height-to-diameter ratio of a tray tower for a...
(1). (5%) If one wants to increase the height-to-diameter ratio of a tray tower for a given actual number of trays, one should consider to change__________________. (2). (5%) For a packed tower, the height-to-diameter ratio is determined by ____________ and ____________. (3). (5%) For efficient stripping of ammonia from a wastewater stream, the best type of mass transfer equipment should be a _______________. (4). (5%). For a batch distillation tray tower, one can maintain a constant distillate product concentration via...
ethylene glycol is a colorless liquid at room temperature with the following properties: melting point is...
ethylene glycol is a colorless liquid at room temperature with the following properties: melting point is -12.9°C. boiling point 197.3°C heat of fusion is 159.50 J/g heat of vaporization is 1056.87 J/g heat capacity of the liquid is 2.41 J/g°C heat capacity of the gas 1.25 J/g°C If you had a sample of ethylene glycol at -10°C, what state would it be in (solid, liquid, or gas) if you decreased the temperature from -10°C to -20°C what phase change would...
An absorber is to remove 99 percent of solute A from a gas stream containing 4...
An absorber is to remove 99 percent of solute A from a gas stream containing 4 mol percent A. Solutions of A in the solvent follow Henry’s law, and the temperature rise of the liquid can be neglected. (1) Calculate NOG for operation at 1 atm using solute-free liquid at a rate of 1.5 times the minimum value. (Answer: 10.74) (2) For the same liquid rate, calculate NOG for operation at 2 atm and at 4 atm. (Answers: 6.33, 5.32...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT