Transfer -10 copper rod with cross-sectional area A = 2em and length xlm. One end of this rod was placed in boiling water (T 1000C) and the other end was placed on a plate of TOC ice. Calculate the amount of heat transferred from the hot end of the rod to the cold end in a time of 10 minutes, given that the thermal conductivity coefficient of copper is 02 k = 0.2cal / em see (Answer
Transfer -10 copper rod with cross-sectional area A = 2em and length xlm. One end of this rod was placed in boiling water (T 1000C) and the other end was placed on a plate of TOC ice. Calculate the amount of heat transferred from the hot end of the rod to the cold end in a time of 10 minutes, given that the thermal conductivity coefficient of copper is 02 k = 0.2cal / em see (Answer
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Transcribed Image Text:Transfer -10 copper rod with cross-sectional
area A = 2em and length xlm. One end of this
rod was placed in boiling water (T 1000C) and
the other end was placed on a plate of TOC
ice. Calculate the amount of heat transferred
from the hot end of the rod to the cold end in
a time of 10 minutes, given that the thermal
conductivity coefficient of copper is 02 k =
0.2cal / em see (Answer
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