1) Fluid X is flowing in a circular pipe with a constant velocity v (m/s). The fluid is cooled by a jacket kept at constant temperature, Tj. Fluid velocity is plug shaped, in other words uniform at radial positions. Assume that temperature is uniform in radial positions because of turbulent flow conditions; p and Cp of the fluid are constants. The inlet temperature (at z=0) is constant and uniform at T. (T.>T;). Assume that thermal conduction of heat along the z axis is small relative to convection. Heat transfer film coefficient is h. Az Cooling jacket, Tj v, To, p, Cp z=0 a). Darfox notoad headystate in. shell bala. mide. Stats te bou...- conomians bEA using shell balance cannique te obair an OD nie. V 2....ca natan Salve in- ------...-vauy stale temperature Cliotriva uno on Tania position -- AT =0 c) Given that; at z=0, To=90C; v=0.5 m/s; h=40 J/(m2.C.s); R=0.1m; p=100 kg/m3; T;=10 C and Cp=10 J/(kg. C); find the temperature value at z=1 m