1 if(N is less than e) { 2 print "invalid number™ 3 } 4 if(N is divisible by 3 AND N is not divisible by 5) { 5 print "Type 1" 6 }else if(N is divisible by 5 OR N is not divisible by 3){ 7 print "Type 2 8 }else if (N is divisible by 5 AND N is divisible by 3) { 9 print "Type 3" 183
Answers
Answer:
Solution.
The Joule-Thomson effect is a phenomenon in which there is a change in the temperature of a gas or liquid under stationary adiabatic throttling. This process occurs when the gas flows slowly under the influence of a constant pressure drop through the porous partition.
Expression for Joule-Thomson coefficient:
\mu = \frac{dT}{dP} = \frac{T(\frac{\delta V}{\delta T})p - V}{Cp}μ=dPdT=CpT(δTδV)p−V
For an ideal gas, this expression is 0, and for a real gas, it is determined by the equation of state.
Answer:
The Joule-Thomson effect is a phenomenon in which there is a change in the temperature of a gas or liquid under stationary adiabatic throttling. This process occurs when the gas flows slowly under the influence of a constant pressure drop through the porous partition.
Expression for Joule-Thomson coefficient:
\mu = \frac{dT}{dP} = \frac{T(\frac{\delta V}{\delta T})p - V}{Cp}μ=dPdT=CpT(δTδV)p−V
For an ideal gas, this expression is 0, and for a real gas, it is determined by the equation of state.