Could your pet parrot's energy power your house for 292,879 years?

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    E=mc^2
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Discussion Overview

The discussion revolves around the hypothetical energy contained in a pet parrot's atoms and its potential to power a household and the Earth. Participants explore energy unit conversions, comparisons of energy content, and the feasibility of extracting that energy.

Discussion Character

  • Exploratory
  • Mathematical reasoning

Main Points Raised

  • One participant calculates the energy contained in a 145g parrot using the equation E=mc², arriving at approximately 13,031,950,091,683,900 Joules.
  • The same participant compares this energy to their household's annual energy consumption of 44,496,000,000 Joules, suggesting it could power their house for 292,879 years.
  • The participant further estimates that if the energy could be released, it could power the entire Earth for about 14.48 minutes.
  • Another participant questions the practicality of "exploding" the energy contained within the parrot, implying that the energy required for such an action would likely exceed the energy gained.
  • A later reply notes that the calculated energy is comparable to the impact energy that formed the Meteor Crater in Arizona, providing a contextual reference for the magnitude of the energy discussed.

Areas of Agreement / Disagreement

Participants generally agree on the mathematical calculations presented, but there is no consensus on the feasibility or implications of extracting energy from the parrot's atoms.

Contextual Notes

The discussion does not address the assumptions involved in the calculations, such as the stability of atomic energy or the practicalities of energy extraction methods.

RagingPineapple
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Hi all,

I've been teaching myself about energy unit conversions (because I never paid attention at school) and just wondered if someone could check my math please? It's not a homework question - I've not been to school for 10 years! Just a curiosity on my part...

I was trying to work out how much energy is contained in the atoms of household objects and compare it to other things.

If we compare it to my humble pet parrot, for instance, he weighs 145g.

So I imagine 0.145kg * 299,792,458 * 299,792,458 = 13,031,950,091,683,900 Joules.

My house consumes (electric and gas combined) 12,360 kWh of energy in a year.
If 1 kWh == 3,600,000 Joules then our house consumes:
3,600,000 Joules * 12,360 kWh = 44,496,000,000 Joules

So if 13,031,950,091,683,900 Joules / 44,496,000,000 Joules = 292,879...
... then the energy wrapped up in Charlie's birdy atoms could power my house for 292,879 years?


Then if the power consumption of the planet at anyone moment is estimated at 15 Terawatts, or 15,000,000,000 kW, and 1 kW is 1,000 Joules/Second then the Earth's consumption is:
15,000,000,000 kW * 1,000 Joules/Second/kW = 15,000,000,000,000 Joules/Second.

Then my birdy, suitably atomised and exploded beyond all recognition, could power the entire Earth for:

13,031,950,091,683,900 Joules/bird / 15,000,000,000,000 Joules/Second = 868.8 seconds/bird.
868.8 seconds / 60 seconds/minute = 14.48 minutes.

So, if his atoms weren't so stable, my bird could power the entire Earth for 14 minutes.

Am I right, or has my maths gone horribly awry? :shy:
 
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Well I think the math is ok, but how much energy do you think it would require to "exploid" the energy contained within Charlie in the manner you suggest is possible?
 
Lol, probably a lot more than you'd get out of it, I should imagine! Which is why I keep Charlie as my pet, instead of using him to power the world. Noble as that would be, of course. :P

Thanks for your reply my friend.
 
It also happens to be approximately equal to the impact energy forming the Meteor Crater, Arizona (~~ 1×10^16 J )
http://www.wolframalpha.com/input/?i=13,031,950,091,683,900 Joules&t=crmtb01
640px-Meteor_Crater_-_Arizona.jpg
 

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