What three materials of which condensers are made of?

What three materials of which condensers are made of?
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LMTD for evaporators & condensers for a given terminal parameters & set of conditions for counter-flow is equal to that for parallel flow. In such heat exchangers, with one of the fluids condensing or evaporating, the surface area required is the least in the __________ flow. (A) Parallel (B) Mixed (C) Counter flow (D) Same in either 'a', b' or 'c'

Description : LMTD for evaporators & condensers for a given terminal parameters & set of conditions for counter-flow is equal to that for parallel flow. In such heat exchangers, with one of the fluids condensing or evaporating, the surface ... Parallel (B) Mixed (C) Counter flow (D) Same in either 'a', b' or 'c'

Last Answer : (D) Same in either 'a', b' or 'c'

case of condensers & evaporators operating under given terminal conditions, LMTD (logarithmic mean temperature difference) for counter flow as compared to that for parallel flow is (A) More (B) Less (C) Equal (D) Much more

Description : case of condensers & evaporators operating under given terminal conditions, LMTD (logarithmic mean temperature difference) for counter flow as compared to that for parallel flow is (A) More (B) Less (C) Equal (D) Much more

Last Answer : Option C

What Are The Types Of Condensers?

Description : What Are The Types Of Condensers?

Last Answer : The three main types of condensers used in general refrigeration systems are: 1. air-cooled. 2. water-cooled. 3. evaporative.

What kind of concerns is associated with temperature pinch points in condensers?

Description : What kind of concerns is associated with temperature pinch points in condensers?

Last Answer : Be extra careful when condensers are designed with a small pinch point. A pinch point is the smallest temperature difference on a temperature vs heat content plot that shows both streams. If the actual ... is 8 0F, there can be a 16% drop in heat transfer. Source: Gulley Computer Associates

In order to reduce the harmful effects of harmonics on the A.C. side of a high voltage D.C. transmission system ______are provided. (A) synchronous condensers (B) shunt capacitors (C) shunt filters (D) static compensators

Description : In order to reduce the harmful effects of harmonics on the A.C. side of a high voltage D.C. transmission system ______are provided. (A) synchronous condensers (B) shunt capacitors (C) shunt filters (D) static compensators

Last Answer : Ans: C Xc= 1/ ωc

Explain Dalton's law in respect to steam condensers.

Description : Explain Dalton's law in respect to steam condensers.

Last Answer : It states that' The pressure exerted by mixture of air and steam is equal to sum of partial pressures, which each constitute would exert, if it occupies the same volume . Mathematically, Pc ... mixture of air and steam Pa = Partial pressure of air Ps = Partial pressure of steam

In surface condensers write role of (i) Water tubes (ii) Shell (iii) Baffle plate (iv) Tube sheet

Description : In surface condensers write role of (i) Water tubes (ii) Shell (iii) Baffle plate (iv) Tube sheet

Last Answer : Function of parts in surface condensers 1. Water tubes- Cooling water flows through it , for convective heat transfer to occur with steam outside the tubes 2. Shell- Outer body, all components are ... and improves heat transfer 4. Tube sheet- All tubes are supported at the end in tube sheet

Classify condensers used in thermal power station. Explain each type in brief.

Description : Classify condensers used in thermal power station. Explain each type in brief. 

Last Answer : Types of condenser: Classification: 1. Jet Condenser (Mixing Type) 2. Surface condenser (non Mixing type)  Explanation:-   1. Jet Condenser (Mixing Type) In Jet condenser the steam ... there in no direct contact between the steam and cooling water. This condensate is reused in boiler. 

Two condensers of capacity 2F and 3F are connected in Series and a...

Description : Two condensers of capacity 2F and 3F are connected in Series and a third condenser of 1F is connected in parallel to them. The resultant capacity will 

Last Answer : Two condensers of capacity 2F and 3F are connected in Series and a third condenser of 1F is connected in parallel to them. The resultant capacity will 11/5 F