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Ksivusya [100]
2 years ago
11

What is not brought into equilibrium when entropy increases?

Chemistry
1 answer:
saveliy_v [14]2 years ago
3 0

Available energy for work is not brought into equilibrium when entropy increases

The entropy of a system ( isolated ) will continue to increase until the system attains equilibrium. but as the entropy increases the available useful energy for work will decrease making some initially available energy to be become unavailable.

The entropy increases until a system(s) will be brought into equilibrium but the available/transferred energy is not brought into equilibrium instead available energy continues to decrease as entropy increases towards equilibrium.

Hence we can conclude that Available energy is not brought into equilibrium when entropy increases

Learn more : brainly.com/question/2722633

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nika2105 [10]

Cotton I grow nylon is made and wool is from a animal

They are all the same because they are all materials that are used in clothing

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3 years ago
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An object has a mass of 180 kg and a volume of 90 m3. what is its density?
Murljashka [212]
Divide 180kg and 90m3 and your density will be 2kg/m3
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Which one of the following compounds will NOT be soluble in water? Which one of the following compounds will NOT be soluble in w
Nadusha1986 [10]

Answer:

BaSO_{4} will be not soluble in water

Explanation:

LiOH is a strong base. Hence it gets completely dissociated in aqueous solution.

NaNO_{3} is a strong electrolyte. Hence it gets completely dissociated in aqueous solution.

MgCl_{2} is a strong electrolyte. Hence it gets completely dissociated in aqueous solution.

K_{2}S is a strong electrolyte. Hence it gets completely dissociated in aqueous solution.

BaSO_{4} is a sparingly soluble salt. Hence it is not dissociated and hence dissolved in water. This is due to the fact that both Ba^{2+} and SO_{4}^{2-} ions are similar in size. Hence crystal structure of BaSO_{4} is quite stable. Hence BaSO_{4} is reluctant to undergo any dissociation in aqueous solution.

5 0
3 years ago
The vapor pressure of a substance describes how readily molecules at the surface of the substance enter the gaseous phase. At th
geniusboy [140]

Answer:

84.75°C is the boiling point of water at an elevation of 7000 meter.

Explanation:

Rate of change of pressure = 19.8 mmHg/1000 ft

1 foot = \frac{1}{3.28} meter

19.8 mmHg/1000 ft=\frac{19.8}{1000}\times 3.28 mmHg/m=0.065 mmHg

Pressure change for every 1 m = 0.065 mmHg × 1= 0.065 mmHg

Elevation      Pressure

     0 m       760 mmHg

1000 m       695 mmHg

2000 m       630 mmHg

Pressure drop at the elevation of 7000 m: 7000\times 0.065 mmHg=455 mmHg

Pressure at 7000 m = 760 mmHg - 455mmHg = 305 mmHg

The boiling point of water decreases 0.05°C for every 1 mmHg drop in atmospheric pressure.

At 7000 meter elevation the boiling of water will be :

0.05^oC\times 305=15.25^oC

Boiling point of water at 7000 meter elevation :

100.0^oC-15.25^oC =84.75^oC

84.75°C is the boiling point of water at an elevation of 7000 meter.

8 0
4 years ago
A student is trying to identify a clear liquid that he finds in a beaker in the classroom. He thinks the liquid might be either
kumpel [21]

Simply mulitply the volume by the density. As we shall see, this is dimensionally consistent.

Explanation:

density

ρ

=

Mass

Volume

, and thus units of

g

⋅

m

L

−

1

are reasonable.

For this problem:

17.4

⋅

m

L

×

0.798

⋅

g

⋅

m

L

−

1

≅

14

⋅

g

but A i supposed?

3 0
3 years ago
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