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kirill115 [55]
3 years ago
6

Compose one to two typewritten paragraphs summarizing the content of your poster. a) Explain in detail what happens as thermal e

nergy is added to the sealed containers. i. How does an increase in thermal energy affect the kinetic energy of the particles in each state of matter? ii. How does an increase in thermal energy affect the particle motion in each state of matter? iii. How does an increase in thermal energy affect the temperature of each state of matter? iv. How does an increase in thermal energy affect the state of matter? b) Explain in detail what happens as thermal energy is removed from the sealed containers. i. How does a decrease in thermal energy affect the kinetic energy of the particles in each state of matter? ii. How does a decrease in thermal energy affect the particle motion in each state of matter? iii. How does a decrease in thermal energy affect the temperature of each state of matter? iv. How does a decrease in thermal energy affect the state of matter?
Chemistry
1 answer:
vladimir2022 [97]3 years ago
8 0

sad. no one answered this

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An equimolar mixture of acetone and ethanol is fed to an evacuated vessel and allowedto come to equilibrium at 65°C and 1.00 atm
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The question is incomplete, the table of the question is given below

Answer:

I) xA= 0.34, yA= 0.55

ii) 76.2 mole % vapor

iii) Percentage of vapor volume = 98%

Explanation:

i) xA= 0.34, yA= 0.55

 xA= 0.34, yA= 0.55

ii)      0.50 = 0.55 nv + 0.34 nL

     Therefore, nV =    0.762 mol vapor and nL = 0.238 mol liquid

This shows 76.2 mole % vapor

iii)  ρA= 0.791 g/cm3 and,  ρE = 0.789 g/cm3

Therefore, ρ = 0.790 g/cm3

Now, we have:

MA = 58.08 g/mol and ME= 46.07 g/mol

So Ml = (0.34 x 58.08)+[(1 -0.34) x 46.07] = 50.15 g/mol

1 mol liquid = (0.762 mol vapor/0.238 mol liquid) = 3.2 mol vapor

Liquid volume = Vl= [1 mol x (50.15 g/mol)] / (0.790 g/cm3) = 63.48 cm3

Vapour volume = Vv = 3.2 mol x(22400 cm3/mol) x [(65+273)/273] = 88747 cm3

Therefore, percentage of vapour volume = 88747 / (88747+63.48) = 99.9 %

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3 years ago
A chemical reaction can theoretically produce 1375.5 grams of product , but in actuality 112.9 grams are product . Which is the
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Answer:

8.20 % → Percent yield reaction

Explanation:

To find the percent yield of reaction we apply this:

(Produced yield / Theoretical yield) . 100 = %

Produced yield = 112.9 g

Theoretical yield = 1375.5 g

We replace → (112.9g / 1375.5 g) . 100

8.20 % → Percent yield reaction

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Answer:

The way it breaks

Explanation:

a-p-e-x

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