Question

. A certain container holds 6.00 g of CO2 at 150.0 ºC

and 100. kPa pressure. How many grams of CO2 will

it hold at 30.0 ºC and the same pressure?​

Answer 1

Answer:

A container holds 6.00 g of CO2 at 150°C and 100 kPa pressure. ... How Many Grams Of CO2 Will It Hold At 30°C And The Same Pressure? 8. Given The Following Diagrams Determine The Pressure Of The Gas Sample

Explanation:

hope this helps

Answer 2

The mass of carbon oxide the container will hold at 30ºC and the same pressure is 4.3 g.

Given,

Mass of carbon oxide gas at 150ºC=3=6 g

Pressure of the container=100 kPa

Temperature=30ºC.

To find,

the mass of carbon oxide the container will hold at 30ºC and the same pressure.

Solution:

• The law here referred to is Charles' law.
• Charles' law states that the volume of a fixed amount of gas at constant pressure is directly proportional to the absolute temperature.
• Charles' law can be represented with the equation given below:
• $\frac{V1}{T1} =\frac{V2}{T2}$.

Lets assume the density to be 1 g/ml and so the mass and volume can be treated in the same way.

The mass of carbon oxide the container will hold at 30ºC and the same pressure will be:

Converting temperature in Celsius to Kelvin,

$\frac{V1}{T1} =\frac{V2}{T2}\\\frac{6}{150+273} =\frac{m2}{30+273}\\\frac{6}{423} =\frac{m2}{303}\\m2=\frac{303*6}{423} \\m2=\frac{1818}{423} \\m2=4.29g\\m2=4.3 g.$

The mass of carbon oxide at 30ºC will be 4.3 g.

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