Water in a reactor suppression pool is normally maintained as close to the freezing point as…

Water in a reactor suppression pool is normally maintained
as close to the freezing point as possible (usually at a temperature of about
4°C). Suppose that the suppression pool contains 1000 m3 of this very cold
water and that each cubic meter weighs 1000 kg. If every 1°C rise in the
temperature of the water allows it to absorb 4186 J of energy per kilogram, how
much energy is the suppression pool theoretically capable of absorbing if 100%
of the water is allowed to reach the boiling point (100°C)?

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