Consider a reactor (combustor) in which fuel (CO) and oxidizer (H₂O) flow steadily. Both streams are separate and at standard conditions. The products CO₂ and H₂, a gaseous mixture, leaves at 500 K and 100 kPa. Both CO and H2O at inlet are in gaseous phase. The mass flow rate of CO is 2.8 kg/sec. The magnitude of heat transfer is (in MJ/sec)

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Consider a reactor (combustor) in which fuel (CO) and oxidizer (H₂O) flow steadily. Both streams are separate and at standard conditions. The products CO₂ and H₂, a gaseous mixture, leaves at 500 K and 100 kPa. Both CO and H2O at inlet are in gaseous phase. The mass flow rate of CO is 2.8 kg/sec. The magnitude of heat transfer is (in MJ/sec)

Group of answer choices

5.7

4.7

3.7

2.7

1.7

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