Respuesta :
You can solve this problem using ideal gas formula (PV=nRT). Remember that the temperature used is Kelvin, so 19.9°c would be: 19.9+ 273.15= 293.05°K
PV=nRT
P= nRT / V
P= 7.45 * 0.0821* 293.05 / 34.8
P= 5.15 atm = 3914.5 torr
PV=nRT
P= nRT / V
P= 7.45 * 0.0821* 293.05 / 34.8
P= 5.15 atm = 3914.5 torr
Answer:
The gas pressure is 5.15 atm
Explanation:
Given:
Volume of gas, V = 34.8 L
Moles of gas, n = 7.45 moles
Temperature, T = 19.9 C
To determine:
Pressure, P of the gas
Explanation:
Based on the ideal gas equation:
[tex]PV = nRT[/tex]
where P = pressure, V = volume, n = moles, T = temperature, R = gas constant
[tex]P = \frac{nRT}{V} \\\\P = \frac{7.45\ moles*0.0821\ Latm/mol-K*(19.9+273)\ K}{34.8\ L} =5.15\ atm[/tex]
