A concentrated solar power plant utilizes a thermal energy storage system consisting of a tank filled with liquid molten salt to store heat.
Write down the equation which links density (ρ\rhoρ), mass (mmm), and volume (VVV).
The storage tank holds 8,600 m38,600\text{ m}^38,600 m3 of liquid molten salt. The density of the molten salt is 1,890 kg/m31,890\text{ kg/m}^31,890 kg/m3. Calculate the mass of molten salt in the tank. Give your answer in standard form.
Write down the equation which links energy transferred (EEE), power (PPP), and time (ttt).
During peak demand, the thermal energy storage system can supply heat to the steam generators at a power rate of 2.4×108 W2.4 \times 10^8\text{ W}2.4×108 W for a maximum of 7.5 hours7.5\text{ hours}7.5 hours. Calculate the maximum thermal energy that can be transferred during this period. Give your answer in standard form.