• osbo9991@lemmy.world
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    16 hours ago

    Let’s assume Costco size hot dogs (1/4 lb, or 0.11 kg), with an internal temp increase from fridge temperatures (37 F, or 276 K) to 165 F (347 K). Let’s also assume the heat capacity of the hot dog is about 3000 J/kg*K. To heat up a single hot dog takes this much energy:

    q=mc*deltaT => q=(0.11 kg)*(3000 J/kg*K)*(347K-276K)=23,430 J of energy.

    The heat capacity here is 9GW. That is 9 gigajoules of energy per second, or 9 billion joules every second. Divide this by the number of joules to cook each hot dog gets us the number of hot dogs that could be cooked every second:

    9,000,000,000/23,430=384,123 hot dogs/second

    With this hot dogs per second figure, we can find how long this energy source would take to feed the entire US population a Costco hot dog.

    342,000,000 people/384,123 hot dogs per sec=890 seconds

    Converting this to minutes:

    890/60=14.8 minutes

    So, this source of energy could feed the entire population of the US a Costco hot dog in less than 15 minutes if properly harnessed.

    • Baggie@lemmy.zip
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      16 hours ago

      The math you just did terrifies me and I have no way of verifying it, so I’ll just say good job and leave it at that.

    • OldManWithACane@lemmy.zip
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      11 hours ago

      So if she weighs the same as a duck… then she’s made of wood…

      and therefore…

      A WITCH!! BURN HER!!

    • eatCasserole@lemmy.world
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      16 hours ago

      I think it’s also important to have a hotdogs per day figure, and the math from here is super simple, so I can do it.

      384,1236060*24 = 33,188,227,200 hot dogs per day.