Question: sent this question before, please expert solve this question Required information Cold water (cp=4180J/kgK) leading to a shower enters a thin-walled double-plpe counter-flow heat exchanger

sent this question before, please expert solve this question  sent this question before, please expert solve this question Required information
Cold water (cp=4180J/kgK) leading to a shower enters a thin-walled double-plpe counter-flow
heat exchanger at 15C at a rate of 0.25kg/s and is heated

Required information Cold water (cp=4180J/kgK) leading to a shower enters a thin-walled double-plpe counter-flow heat exchanger at 15C at a rate of 0.25kg/s and is heated to 37C by hot water (cp=4190J/kgK) that enters at 108C at a rate of 3 kg/s. The overall heat transfer coefficient is 950W/m2K. The NTU can be determined from the following table. Heat exchanger type NTU relation 1 Double-pipe: Parallel-flow NTU=1+cln[1(1+c)] NTU=c11ln(C11)( for c

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