- Tume Est 13 10 A Hot Fluid Flowing Through A Very Thin Pipe That Has A Constant Temperature Of T1 200 C And Length Of 1 (35.47 KiB) Viewed 34 times
Tume est 13.10 A hot fluid flowing through a very thin pipe that has a constant temperature of T1= 200 °C and length of
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Tume est 13.10 A hot fluid flowing through a very thin pipe that has a constant temperature of T1= 200 °C and length of
Tume est 13.10 A hot fluid flowing through a very thin pipe that has a constant temperature of T1= 200 °C and length of 3.4 m. Three different insulation materials (A, B, C) are used evenly (the same size and surface area) to insulated the pipe by covering the outside surface of the pipe as shown in the figure. Assume that the resistance between each insulated material at the boundary has an infinite resistance. If you know the following: k = 0.035 W/mK ks = 0.045 W/mK. kc = 7.5 W/m.K. T₂ = 25 °C. h = 3.8 W/m².K What is the total heat losses from the hot fluid (W)? NOTE: Enter your answer. -0.025 m -2=0.075 m Answer: KA- T2000- T₁1 Tac Fluid ke -ka -T₁28) Th Air