If the temperature of a sealed glass flask containing 1 mole of nitrogen gas at 101.3 kPa is raised from 273.2 K to 546.4 K
a. |
The moles of gas will decrease by a factor of 2. |
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b. |
The moles of gas will increase by a factor of 2. |
|
c. |
The pressure will decrease by a factor of 2. |
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d. |
The pressure will increase by a factor of 2. |
|
e. |
The volume of gas will decrease by a factor of 2. |
|
f. |
The volume of gas will increase by a factor of 2. |
|
g. |
The equilibrium will shift to the right because this would be an exothermic reaction. |
|
h. |
The equilibrium will shift to the left because this would be an endothermic reaction. |
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i. |
It is impossible to say without knowing the volume of the glass flask. |
If the temperature of a sealed glass flask containing 1 mole of nitrogen gas at 101.3...
If the temperature of a sealed glass flask containing 1 mole of nitrogen gas at 101.3 kPa is raised from 273.2 K to 546.4 K a. The moles of gas will decrease by a factor of 2. b. The moles of gas will increase by a factor of 2. c. The pressure will decrease by a factor of 2. d. The pressure will increase by a factor of 2. e. The volume of gas will decrease by a factor of...
If the temperature of a sealed glass flask containing 1 mole of nitrogen gas at 101.3 kPa is raised from 273.2 K to 546.4 K a. The moles of gas will decrease by a factor of 2. b. The moles of gas will increase by a factor of 2. c. The pressure will decrease by a factor of 2. d. The pressure will increase by a factor of 2. e. The volume of gas will decrease by a factor of...
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