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A water-filled reactor with a volume of 50 ft3 is at 2000
Chapter 3, Problem 266EUP(choose chapter or problem)
Problem 266EUP
A water-filled reactor with a volume of 50 ft3 is at 2000 lbf/in.2, 560 F and placed inside a containment room, as shown in Fig. P3.101. The room is well insulated and initially evacuated. Due to a failure, the reactor ruptures and the water fills the containment room. Find the minimum room volume so that the final pressure does not exceed 30 lbf/in.2.
FIGURE P3.101
Questions & Answers
QUESTION:
Problem 266EUP
A water-filled reactor with a volume of 50 ft3 is at 2000 lbf/in.2, 560 F and placed inside a containment room, as shown in Fig. P3.101. The room is well insulated and initially evacuated. Due to a failure, the reactor ruptures and the water fills the containment room. Find the minimum room volume so that the final pressure does not exceed 30 lbf/in.2.
FIGURE P3.101
ANSWER:
Solution 266EUP
Step 1 of 3
We are required to calculate the minimum room volume for the maximum pressure to be 30 lbf/in2 or 30 psia.