Question: Using the appropriate tables, determine the change in specific entropy between the specified states, in Bt ( u ) / ( l ) b .

Using the appropriate tables, determine the change in specific entropy between the specified states, in Bt(u)/(l)b.\deg R.(a) water, p=10 lb(f)/(i)n.2, saturated vapor; p2=500 lb(f)/(i)n.2, T_(2)=1000 deg * F (b) ammonia, p=140 lb(f)/(i)n.2. T=160\deg F: T_(2)=-10 deg * F ()/(.) h_(2)=345(c) air as an ideal gas. T_(1)=80 deg * F p_(1)=1 atm; T_(2)=340 deg * F p =5a .(d) oxygen as an ideal gas, T_(1)= T_(2)=520 deg * R , p=10 atm, p_(2)=9 atm. Part A For case (a), determine the change in specific entropy between the specified states, in Bt(u)/(l)b.\deg R. Case (a): water, p=10 lb(f)/(i)n.2, saturated vapor; p2=500 lb(f)/(i)n.2, T_(2)=1000 deg * F As= Bt(u)/(l)b.\deg R >(-)/(1) Save for Later Attempts: 0 of 3 used Submit Answer
Using the appropriate tables, determine the change in specific entropy between the specified states, in Bt(u)/(l)b*\deg R.
(a) water, p_(1)=10lb(f)/(i)n^(2), saturated vapor; p_(2)=500lb(f)/(i)n^(2),T_(2)=1000\deg F.
(b) ammonia, p_(1)=140lb(f)/(i)n^(2),T_(1)=160\deg F;T_(2)=-10\deg F,h_(2)=345Bt(u)/(l)b.
(c) air as an ideal gas, T_(1)=80\deg F,p_(1)=1atm;T_(2)=340\deg F,p=5atm.
(d) oxygen as an ideal gas, T_(1)=T_(2)=520\deg R,p_(1)=10atm,p_(2)=9atm.
Part A
For case (a), determine the change in specific entropy between the specified states, in Bt(u)/(l)b *\deg R.
Case (a): water, p_(1)=10lb(f)/(i)n.^(2), saturated vapor; p_(2)=500lb(f)/(i)n.^(2),T_(2)=1000\deg F.
\Delta s=
Bt(u)/(l)b*\deg R
Attempts: 0 of 3 used
Part B
The parts of this question must be completed in order. This part will be available when you complete the part above.
Using the appropriate tables, determine the

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