Chemistry, asked by Ishaanthethunder, 7 months ago

equal masses of he and h2 are present in a container.The mole fraction of he is ​

Answers

Answered by jyotigupta64
2

Explanation:

The idea here is that the partial pressure of hydrogen gas will depend on

the mole fraction of hydrogen gas in the mixture

the total pressure of the mixture

Now, let's say that we are mixing

m

g

of hydrogen gas and

m

g

of methane.

Use the molar masses of the two gases to express the number of moles of each component of the mixture in terms of their mass

m

m

g

1 mole H

2

2.0

g

=

(

m

2

)

moles H

2

m

g

1 mole CH

4

16.0

g

=

(

m

16

)

moles O

2

The total number of moles of gas present in the mixture will be equal to

(

m

2

)

.

moles

+

(

m

16

)

.

moles

=

(

9

16

m

)

.

moles

Now, the mole fraction of hydrogen gas is calculated by dividing the number of moles of hydrogen gas by the total number of moles of gas present in the mixture.

χ

H

2

=

(

m

2

)

moles

(

9

16

m

)

moles

=

1

2

16

9

=

8

9

By definition, the partial pressure of hydrogen gas in the mixture is equal to

P

H

2

=

χ

H

2

P

total

In your case, this will be equal to

P

H

2

=

8

9

P

total

Answered by preetrandhawa33
0

Answer:

The idea here is that the partial pressure of hydrogen gas will depend on

the mole fraction of hydrogen gas in the mixture

the total pressure of the mixture

Now, let's say that we are mixing

m

g

of hydrogen gas and

m

g

of methane.

Use the molar masses of the two gases to express the number of moles of each component of the mixture in terms of their mass

m

m

g

1 mole H

2

2.0

g

=

(

m

2

)

moles H

2

m

g

1 mole CH

4

16.0

g

=

(

m

16

)

moles O

2

The total number of moles of gas present in the mixture will be equal to

(

m

2

)

.

moles

+

(

m

16

)

.

moles

=

(

9

16

m

)

.

moles

Now, the mole fraction of hydrogen gas is calculated by dividing the number of moles of hydrogen gas by the total number of moles of gas present in the mixture.

χ

H

2

=

(

m

2

)

moles

(

9

16

m

)

moles

=

1

2

16

9

=

8

9

By definition, the partial pressure of hydrogen gas in the mixture is equal to

P

H

2

=

χ

H

2

P

total

In your case, this will be equal to

P

H

2

=

8

9

P

total

ahlukileoi and 3 more users found this answer helpful

THANKS

2

3.0

(2 votes)

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