S Edos lp = 2090 J/ky. K / nob Light Lubrification oil is coded by allowing it to exchange energy with water in a small heat exchanger. The oul enters and leaves the heat exchanger at 375K and 350k respectively and flows at a rate Water at 280k quantity to allow 'Cooling purposes. of 0.5 kglo. as available in suffuevent 0.201 kg/s to be used for a) Determine the required heat transfer 3 Counter - Current heat exchanger. b) Sketch the temperature profile. 1 le bi st al area for 't' ea live
S Edos lp = 2090 J/ky. K / nob Light Lubrification oil is coded by allowing it to exchange energy with water in a small heat exchanger. The oul enters and leaves the heat exchanger at 375K and 350k respectively and flows at a rate Water at 280k quantity to allow 'Cooling purposes. of 0.5 kglo. as available in suffuevent 0.201 kg/s to be used for a) Determine the required heat transfer 3 Counter - Current heat exchanger. b) Sketch the temperature profile. 1 le bi st al area for 't' ea live
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Transcribed Image Text:S
Edos
lp = 2090 J/ky. K
/
nob
Light Lubrification oil
is coded by allowing it
to exchange energy with water in a small
heat exchanger.
The oul enters and leaves the
heat exchanger at 375K and 350k respectively
and flows at a rate
Water at 280k
quantity to allow
'Cooling purposes.
of
0.5 kglo.
as available in suffuevent
0.201 kg/s to be used for
a) Determine the required heat transfer
3
Counter - Current
heat exchanger.
b) Sketch the temperature profile.
1 le
bi
st
al
area
for
't'
ea
live
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