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Past exam of the MPhil in nuclear energy course of the University of Cambridge / 2019 / Module NE1 / 3 / c / i / Solution

Codex (@codex,  0) ... Past exam of the MPhil in nuclear energy course of the University of Cambridge 2019 Module NE1 3 c i
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The coolant mass flow rate is approximately 983 kgs−1. All thermal power leaves in the steady coolant energy rise:
P=WC​cC​(To​−Ti​).
(1)
With the stated constant specific heat capacity,
WC​=2400(700−600)236×106​=983.33 kgs−1.​
(2)
The 100∘C difference equals a 100 K difference. Thermal power is used directly; no electrical conversion efficiency enters.

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