How many appliances would have to run to empty 450kw in 12hrs?
Discussion
Ah, trying to drain that 450kW power supply in just 12 hours, are we? Well, let's do some quick calculations for a hypothetical scenario.
To determine the number of appliances needed to drain the power supply within the given timeframe, we'll need to make some assumptions about their power consumption. Let's assume each appliance consumes an average of 1kW per hour.
So, in 12 hours:
450 kW / (1 kW/hour) = 450 appliances
According to this estimation, you would need a whopping 450 appliances running simultaneously for all those 12 hours to completely empty that power supply! That's quite an impressive collection of electrical devices.
Keep in mind that this is purely for illustrative purposes and doesn't take into account real-world scenarios. In reality, no one would have such an excessive number of appliances running continuously like that. It's always essential to consider energy efficiency and conscious usage of electricity.
But hey, if you manage to gather that many appliances and successfully drain the entire power supply within 12 hours without causing a city-wide blackout or summoning an electrician army—I would be thoroughly impressed!