gamma=1.5 Since it is an adiabatic process, So, PV^(gamma) =constant. (a) P1V1^(gamma) = P2V2^(gamma) Given, V1 = 4L, V2 = 3L, (P2)/(P1)=? impliesP2/P1=((V1)/(V2))^gamma =(4/3)^(15)=1.5396=1.54 (b) TV^(gamma-1) =Constant T1V1^(gamma-1) =
The volume of an ideal gas depends on three parameters: pressure, temperature (in the Kelvin scale), and the number of moles. It may be noted that the volume of 1 mol of an ideal gas at standard temperature and pressure ...
If both temperature and volume of an ideal gas are halved, how does the pressure change? If a gas at 25.0^(\circ)C occupies 3.60 litres at a pressure of 1.00 atm, what will be its volume at a pressure of 2.50 atm? A gas is...
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molecular volume, V 0 of gases in the ideal state is of great interest not only in order to know that fundamental constant but also because it is indispensable in order to establish rigorously the values of the fundamental constants R 0 (gas constant per mole) and k (Boltzmann's constant)...
Ideal Gas EquationThe ideal gas equation is an equation satisfying the volume, pressure, number of moles at a particular temperature. The ideal gas is a hypothetical concept used to compare the properties of real gases.Answer and Explanation: ...
18 A mass of an ideal gas of volume V and pressure P undergoes the cycle of changes as shown.P/105 Pa XY32W Z1+十V/10-3 m301 23 4At which points is the temperature of the gas lowest and highest? B Lowest Temperature Highest Temperature AW XB WY CY XD ZY 相关知识点: 试题来源...
Understand how to calculate pressure, temperature, and volume of a gas. Learn how to rearrange the pressure and temperature equation, and the...
An ideal gas law was adopted and the volume of the sample was estimated to be 0.15 cm3, and need to be subtracted from the volume of chamber A in the calculations. The non-ideality of SO2 was accounted by using the compressibility factor of SO2, which is 0.99 under our experiment ...
which expresses the relationship between the pressure P and volume V of an ideal gas at constant temperature. In principle, a McLeod gauge (Fig. 3.13) consists of a glass bulb (1), also called a compression bulb, to which a closed-end capillary (2), referred to as compression capillary,...