Homework Answers
by conservation of energy between 1 & 2;
h1 + v12 /2 + gz1 + Q = h2+ v22 /2 + gz2 + Ws
where,
h1= enthalpy of fluid in
v1= velocity of fluid in
z1= elevation of section 1
h2= enthalpy of fluid out
v2= velocity of fluid out
z2= elevation of section 2
Q= heat rate into the system
Ws= Work done by the system
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The Figure shows a shell and tube condenser where a vapor is condensing on the shell side due to heat removal by a coolant flulid whigh flows though the tubes. To analyze the steady state energy transport in this situation. We can focus on a single tube and apply the differential balance equation. Since the coolant is heated as it flows through the tube, we have both molecular and convective energy transport in the flow direction....
be clear The Figure shows a shell and tube condenser where a vapor is condensing on...
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The Figure shows a shell and tube condenser where a vapor is condensing on the shell side due to heat removal by a coolant flulid whigh flows though the tubes. To analyze the steady state energy transport in this situation. We can focus on a single tube and apply the differential balance equation. Since the coolant is heated as it flows through the tube, we have both molecular and convective energy transport in the flow direction. The inner...
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please do all parts clearly The Figure shows a shell and tube condenser where a vapor...
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please show all work
The Figure shows a shell and tube condenser where a vapor is condensing on the shell side due to heat removal by a coolant flulid whigh flows though the tubes. To analyze the steady state energy transport in this situation. We can focus on a single tube and apply the differential balance equation. Since the coolant is heated as it flows through the tube, we have both molecular and convective energy transport in the flow direction....
be clear
The Figure shows a shell and tube condenser where a vapor is condensing on the shell side due to heat removal by a coolant flulid whigh flows though the tubes. To analyze the steady state energy transport in this situation. We can focus on a single tube and apply the differential balance equation. Since the coolant is heated as it flows through the tube, we have both molecular and convective energy transport in the flow direction. The inner...
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please do all parts clearly
The Figure shows a shell and tube condenser where a vapor is condensing on the shell side due to heat removal by a coolant flulid whigh flows though the tubes. To analyze the steady state energy transport in this situation. We can focus on a single tube and apply the differential balance equation. Since the coolant is heated as it flows through the tube, we have both molecular and convective energy transport in the flow...
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The figure shows a schematic of a power plant that has two steam turbines. The water (the working fluid for the plant) leaves the high pressure turbine (HPT) as saturated vapour at 1000 [kPa]. Part of this flow is diverted to an insulated heat exchanger, which we hot airstream to create superheated steam that enters the low pressure turbine (LPT). The air mas flow rate is 19.5 k/s and the air temperature drops from 1100 to 6001 as it goes...
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