A very long copper rod 20 mm in
diameter extends horizontally from
a plane heated wall maintained at
100 degree Celsius. The surface of
the rod is exposed to an air
environment at 20 degree Celsius
with convective heat transfer
coefficient of 8.5 W per sq. m-K.
Workout the heat loss if the thermal
conductivity of copper is 400 W per
m-K
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Answer:
A very long copper rod 20 mm in
diameter extends horizontally from
a plane heated wall maintained at
100 degree Celsius. The surface of
the rod is exposed to an air
environment at 20 degree Celsius
with convective heat transfer
coefficient of 8.5 W per sq. m-K.
Workout the heat loss if the thermal
conductivity of copper is 400 W per
m-K
Explanation:
A very long copper rod 20 mm in
diameter extends horizontally from
a plane heated wall maintained at
100 degree Celsius. The surface of
the rod is exposed to an air
environment at 20 degree Celsius
with convective heat transfer
coefficient of 8.5 W per sq. m-K.
Workout the heat loss if the thermal
conductivity of copper is 400 W per
m-K
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