gas is held in a rigid (unchanging) container of 4,916.1 mL (this is isochoric conditions) at a temperature of 96.0 oC. The pressure inside the container is 46.5 atm. Calculate the number of mole of gas.
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n the final state, we have only NH3, and its mole number is nNH3 = 2, hence, the ... 2.27 The relation between the pressure and temperature of the photon gas is ... equation of state which describes gases better, e.g., the van der Waals ... higher temperature is treated as a heat container, and the system at lower temperature
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The solution is an aqueous solution since the volume of water is greater than the volume of NaOH.
No of moles=2.
Total volume =55mL+125mL=170mL
Therefore molarity=no.of.moles/Total volume =2/170mL=11.76
No of moles=2.
Total volume =55mL+125mL=170mL
Therefore molarity=no.of.moles/Total volume =2/170mL=11.76
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