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็ฎไฝไธญๆ (cinese semplificato) ็น้ซไธญๆ (cinese tradizionale) ๆฅๆฌ่ช (giapponese) ํ๊ตญ์ด (coreano) เนเธเธข (tailandese) ะัะปะณะฐััะบะธ (bulgaro) ฤeลกtina (ceco) Dansk (danese) Deutsch (tedesco) English (inglese) Espaรฑol - Espaรฑa (spagnolo - Spagna) Espaรฑol - Latinoamรฉrica (spagnolo dell'America Latina) ฮฮปฮปฮทฮฝฮนฮบฮฌ (greco) Franรงais (francese) Indonesiano Magyar (ungherese) Nederlands (olandese) Norsk (norvegese) Polski (polacco) Portuguรชs (portoghese - Portogallo) Portuguรชs - Brasil (portoghese brasiliano) Romรขnฤ (rumeno) ะ ัััะบะธะน (russo) Suomi (finlandese) Svenska (svedese) Tรผrkรงe (turco) Tiแบฟng Viแปt (vietnamita) ะฃะบัะฐัะฝััะบะฐ (ucraino) Segnala un problema nella traduzione
๐ฉเคเคฏ เคถเฅเคฐเฅเคฐเคพเคฎ ๐ฉ
เฅ เคธเคจเคพเคคเคจ เคนเฅ เคธเคคเฅเคฏ เคนเฅ เฅ
That's a combined mass of 380,000,000 kg of C ock
Now we must make an approximation. For simplicity's sake, let us assume the C ocks are all evenly lined up in a ring around the equator. The equation for moment of inertia of a ring is I = mass*radius^2. The radius of earth is about 6.371 million meters. Therefore the radius of the approximated D ick ring is 6,371,000 + 0.80 = 6,371,000.8 meters.
I = 380,000,000*6,371,000.8^2 = 1.5424*10^22