Brayton cycle, the heat is transformed during what process? A. Constant temperature B. Isentropic process C. Isobaric process D. Isochoric process It is a liquid whose temperature is below the saturation temperature corresponding to its pressure. A. Subcooled liquid B. Saturated liquid C. Superheated liquid D. Wet mixture   . In the relation pVn = C, if the value of n = k the process is said to be _____. A. Isometric B. Isothermal C. Isentropic D. Polytropic

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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In Brayton cycle, the heat is transformed during what process?
A. Constant temperature
B. Isentropic process
C. Isobaric process
D. Isochoric process

It is a liquid whose temperature is below the saturation temperature corresponding to its pressure.
A. Subcooled liquid
B. Saturated liquid
C. Superheated liquid
D. Wet mixture

 

. In the relation pVn = C, if the value of n = k the process is said to be _____.
A. Isometric
B. Isothermal
C. Isentropic
D. Polytropic

 

The head required to produce flow of the water,
A. Static head
B. Pressure head
C. Velocity head
D. Dynamic head

 

Which of the following statement is/are true regarding the first law of thermodynamics for a change in state of a control mass?
A. Since heat and work are path functions Q-W must also be a path function
B. Q-W is an inexact differential
C. Both heat and work are path functions
D. Both heat and work are point functions

 

What usually happens when vapor condenses into liquid?
A. Its temperature difference increases
B. Its temperature difference decreases
B. It absorbs heat
C. It rejects heat

 

A system in which the mass inflow and outflow are not equal or vary with time and in which the mass within the system changes with time.
A. Steady flow system
B. Unsteady state, unsteady flow system
C. Steady state system
D. Steady state, steady flow system

 

It is the term used to describe the energy of the body that can be transmitted in the form of heat.
A. Thermal energy
B. Internal energy
C. Enthalpy
D. Entropy

 

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