A 10 000 mAh powerbank fully charged contains 2 nanograms of electric potential.
e = mcΒ²
10 Ah * 5 V = 50 Wh
50 Wh * 3600 s/h = 180 000 J
180 000 J / (300 000 000 m/s)Β² = 2*10β»ΒΉΒ² kg
A 10 000 mAh powerbank fully charged contains 2 nanograms of electric potential.
e = mcΒ²
10 Ah * 5 V = 50 Wh
50 Wh * 3600 s/h = 180 000 J
180 000 J / (300 000 000 m/s)Β² = 2*10β»ΒΉΒ² kg
10 Ah * 5 V = 50 Wh
Is that how the mAh rating on powerbanks works, or is the A meant to be at the internal voltage like 7.2 V or something?
Why do they even use Ah? Use Wh instead and avoid this confusion.
(the world is not ready for powerbanks rated in J)
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