(a) From the energy balance the general formulation for the evolution of temperature with time.
(b) Whether the global capacitance assumption holds for this problem.
(c) The temperature of the sphere after 10 min.
(d) The amount of heat absorbed by the sphere in 10 min.
(e) Sketch the graph of the evolution of the temperature of the sphere and the fluid with time.
Sphere properties: p = 7,895 kg/m², Cp = 0.4kJ/(kg.K) and k= 61 W/(m.K)
(a) From the energy balance the general formulation for the evolution of temperature with time. (b) Whether the global c
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(a) From the energy balance the general formulation for the evolution of temperature with time. (b) Whether the global c
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