i have a thermodynamic problem~
please~ give me a solution~

A tank containing 45kg of liquid water initially at 45°C has one inlet and one exit with equal mass flow rates. Liquid water enters at 45°C and a mass flow rate of 270kg/hr. A cooling coil immersed in the water removes energy at a rate of 7.6kW. The water is well mixed by a paddle wheel so that the water temperature is uniform throughout. The power input to the water from the paddle wheel is 0.6kW. The pressures at the inlet and exit are equal and all kinetic and potential energy effects can be ignored. Determine the variation of

Question

i have a thermodynamic problem~
please~ give me a solution~

A tank containing 45kg of liquid water initially at 45°C has one inlet and one exit with equal mass flow rates. Liquid water enters at 45°C and a mass flow rate of 270kg/hr. A cooling coil immersed in the water removes energy at a rate of 7.6kW. The water is well mixed by a paddle wheel so that the water temperature is uniform throughout. The power input to the water from the paddle wheel is 0.6kW. The pressures at the inlet and exit are equal and all kinetic and potential energy effects can be ignored. Determine the variation of