Water flows through a 10cm steel pipe (k-16 W/m-K) wrapped with a layer of 5- cmthick insulation (k=0.1W/m- K). The heat transfer coefficient inside and outside the pipe is 2000W/m²K and 200W/m²-K, respectively. Determine the heat flow through the pipe if the water is at 80°C and the air outside is at 20°C.
Water flows through a 10cm steel pipe (k-16 W/m-K) wrapped with a layer of 5- cmthick insulation (k=0.1W/m- K). The heat transfer coefficient inside and outside the pipe is 2000W/m²K and 200W/m²-K, respectively. Determine the heat flow through the pipe if the water is at 80°C and the air outside is at 20°C.
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![Water flows through a 10cm
steel pipe (k-16 W/m-K)
wrapped with a layer of 5-
cmthick insulation (k=0.1W/m-
K). The heat transfer coefficient
inside and outside the pipe is
2000W/m²K and 200W/m²-K,
respectively. Determine the heat
flow through the pipe if the
water is at 80°C and the air
outside is at 20°C.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F89486d7f-8dff-4ba2-b2e8-71dec83b7182%2Fe94f0717-cb33-445e-81f9-04835019c6ea%2Fdraqlm_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Water flows through a 10cm
steel pipe (k-16 W/m-K)
wrapped with a layer of 5-
cmthick insulation (k=0.1W/m-
K). The heat transfer coefficient
inside and outside the pipe is
2000W/m²K and 200W/m²-K,
respectively. Determine the heat
flow through the pipe if the
water is at 80°C and the air
outside is at 20°C.
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