While using the Heisler charts for a cylinder at time t = 10 sec and at a radial location of r/ro=0.6=0.8 and Q/Qo= 0.7 where 0=T-T0.=T.-Tand 0 =T -To oand Qo = PCPV(T¡-T∞)=0.4;0000If the parameters associated with the cylinder are p=2700 kg/m and C =900 J/kg.C and volume of 1 m long cylinder = 0.1 m3Calculate the maximum possible heat transfer from the cylinder to the environment per unit length of the cylinder if= 20°C; and T = 55 CT00Write only the numerical value after converting the unit in J/m.

Given data as per questionQo=ρcpV(Ti-T∞)ρ=2700 kg/m3Cp=900 J/kg°CV=0.1 m3T∞=20°CTi=55°C

ile using the Heisler charts for a cylinder at time t = 10 sec and at a radial location of r/rq=0.6 0 -=0.4; =0.8 and Q/Qo=0.7 where 0=T-T_ 0 %; 0₁=T₁-T and 0 = T - T and Qo=pCpV(T i 0 0 ∞0 ∞ ne parameters associated with the cylinder are p=2700 kg/m³ and C_=900 J/kg.C and volume of 1 m long cylinder = 0. P culate the maximum possible heat transfer from the cylinder to the environment per unit length of the cyl = 20°C: and T = 55 C

ile using the Heisler charts for a cylinder at time t = 10 sec and at a radial location of r/rq=0.6 0 -=0.4; =0.8 and Q/Qo=0.7 where 0=T-T_ 0 %; 0₁=T₁-T and 0 = T - T and Qo=pCpV(T i 0 0 ∞0 ∞ ne parameters associated with the cylinder are p=2700 kg/m³ and C_=900 J/kg.C and volume of 1 m long cylinder = 0. P culate the maximum possible heat transfer from the cylinder to the environment per unit length of the cyl = 20°C: and T = 55 C

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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