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ArbitrLikvidat [17]
3 years ago
6

which statement is true about kinetic molecular theory?. . a. the size of the particle is large compared to the volume. b. the c

ollisions of particles with one another is completely elastic.. c. the average kinetic energy of a particle is not proportional to the temp. d. a single particle does not move in a straight line. .
Chemistry
2 answers:
crimeas [40]3 years ago
7 0

Answer:

The correct answer is option b.

Explanation:

According to the kinetic molecular theory of gases, the space in between the molecules of the gas is much greater in comparison to the molecules themselves. The molecules of the gas are in spontaneous random motion. The average kinetic energy is predicted purely by the temperature and all the collisions between the molecules of the gas are entirely elastic, that is, no energy is lost due to the collision.

babymother [125]3 years ago
6 0
The statement of letter B, the collisions of particles with one another is completey elastic, is true about Kinetic Molecular Theory. Elastic collisions means that there is no energy transfer between the particles.
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Air, with an initial absolute humidity of 0.016 kg water per kg dry air, is to be dehumidified for a drying process by an air co
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Answer:

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(b) The mass of water removed is 1.2 kg per 100 kg of dry air.

Explanation:

We can express the proportion of air that goes trough the air conditioning unit as p_{d} and the proportion of air that is by-passed as p_{bp}, being p_{d}+p_{bp}=1.

The amount of water that goes into the drier inlet has to be 0.004 kg/kg, and can be expressed as:

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Replacing the first equation in the second one we have

0.004 = 0.016*(1-p_{d})+ 0.002*p_{d}=0.016-0.016*p_{d}+0.002*p_{d}\\0.004 - 0.016 = (-0.016+0.002)*p_{d}\\-0.012 = -0.014*p_{d}\\p_{d}=\frac{-0.012}{-0.014}=0.857\\\\p_{bp}=1-p_{d}=1-0.857=0.143

(b) Of every kg of dry air feed, 85.7% goes in to the air conditioning unit.

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100 * 0.012 = 1.2 kgW

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4 years ago
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