Volume representation of a real gas is given by the equation: V=aT + bTP + CTPN Where a, b, c are constants and T, P, n are temperature, pressure, and number of moles, respectively. If the equation is...

Volume representation of a real gas is<br>given by the equation: V=aT + bTP + CTPN<br>Where a, b, c are constants and T, P, n<br>are temperature, pressure, and number<br>of moles, respectively. If the equation is<br>dimensionally consistent, then what is the<br>unit of b? *<br>O L/K<br>O L/K-atm<br>L/K-atm-mole<br>O None of these<br>

Extracted text: Volume representation of a real gas is given by the equation: V=aT + bTP + CTPN Where a, b, c are constants and T, P, n are temperature, pressure, and number of moles, respectively. If the equation is dimensionally consistent, then what is the unit of b? * O L/K O L/K-atm L/K-atm-mole O None of these

Jun 10, 2022

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Volume representation of a real gas is given by the equation: V=aT + bTP + CTPN Where a, b, c are constants and T, P, n are temperature, pressure, and number of moles, respectively. If the equation is...

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