Which of the following are the most widely used condensers in modern thermal power plants? a) Surface condensers b) Low level counter flow type jet condenser c) High level counter flow type jet condenser d) Parallel flow type jet condenser
Which of the following are the most widely used condensers in modern thermal power plants? a) Surface condensers b) Low level counter flow type jet condenser c) High level counter flow type jet condenser d) Parallel flow type jet condenser
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Answer: a
Explanation: Power plants mostly use surface condensers because from these condensers condensate can be used as feed water requiring less pumping power. In case of jet condensers exhaust steam mixes with the cooling water hence condenses and cooling water are mixed so condensing cannot be recovered for the use of feed water.
Answer: a
Explanation: Power plants mostly use surface condensers because from these condensers condensate can be used as feed water requiring less pumping power. In case of jet condensers exhaust steam mixes with the cooling water hence condenses and cooling water are mixed so condensing cannot be recovered for the use of feed water.
Answer: d
Answer: a
d) Surface condensers
a) Surface condensers
Answer: a
d) Surface condensers
Answer: a
Explanation: Power plants mostly use surface condensers because from these condensers condensate can be used as feed water requiring less pumping power. In case of jet condensers exhaust steam mixes with the cooling water hence condenses and cooling water are mixed so condensing cannot be recovered for the use of feed water.
Answer: a
Explanation: Power plants mostly use surface condensers because from these
condensers condensate can be used as feed water requiring less pumping power. In
case of jet condensers exhaust steam mixes with the cooling water hence condenses
and cooling water are mixed so condensing cannot be recovered for the use of feed
water.
Answer: a
Explanation: Power plants mostly use surface condensers because from these
condensers condensate can be used as feed water requiring less pumping power. In
case of jet condensers exhaust steam mixes with the cooling water hence condenses
and cooling water are mixed so condensing cannot be recovered for the use of feed
water.
d) Surface condensers