The transposed vapor rate vector, Vi is raised to power of(a) Jk(b) Ik(c) T(d) PThis question was addressed to me by my school principal while I was bunking the class.My question comes from Stratergy of Solution using Rigorous Methods topic in chapter Rigorous Distillation Calculations of Distillation Design

The transposed vapor rate vector, Vi is raised to power of(a) Jk(b) Ik

1.	The transposed vapor rate vector, Vi is raised to power of(a) Jk(b) Ik(c) T(d) PThis question was addressed to me by my school principal while I was bunking the class.My question comes from Stratergy of Solution using Rigorous Methods topic in chapter Rigorous Distillation Calculations of Distillation Design
Answer» RIGHT choice is (C) T The explanation is: As VI = (DI, vi1, vi2, viN) ^T So T is POWER, here T represents the temperature on which the vapor rate is measured.

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