Energia potentzialeko kalkulagailua
Gravitazio PE = mgh — energia, masa edo altuera ebaztea edozein planetatan.
Emaitzak idazten duzun heinean eguneratzen dira.
Kalkulagailu honi buruz
the same object is lifted from the ground, the weight of the object is equal to the weight of the object. The weight of the object is equal to the weight of the object. The weight of the object is equal to the weight of the object. The weight of the object is equal to the weight of the object. The weight of the object is equal to the weight of the object. The weight of the object is equal to the weight of the object. The weight of the object is equal to the weight of the object. The weight of the object is equal to the weight of the object.Potential energyPotential energy is measured relative to a reference level, usually the ground.Potential energy is measured relative to a reference level, usually the ground.Potential energy is measured relative to a reference level, usually the ground.Potential energy is measured relative to a reference level, usually the ground.Potential energy is measured relative to a reference level, usually the ground.Potential energy is measured relative to a reference level, usually the ground.Potential energy is measured relative to a reference level, usually the ground.Potential energy is measured relative to a reference level, usually the ground.Potential energy is measured relative to a reference level, usually the ground.Potential energy is measured relative to a reference level, usually the ground.Potential energy is measured relative to a reference level, usually the ground.Potential energy is measured relative to a reference level, usually the ground.Potential energy is measured relative to a reference level, usually the ground.Potential energy is measured relative to a reference level, usually the ground.Potential energy is measured relative to a reference level, usually the ground.Potential energy is measured relative to a reference level, usually the ground.Potential energy is measured relative to a reference level, usually the ground.Potential energy is measured relative to a reference level, usually the ground.Potential energy is measured relative to a reference level, usually the ground.Potential energy is measured relative to a reference level, usually the ground.Potential energy is measured relative to a reference level, usually the ground.Potential energy is measured relative to a reference level, usually the ground.Potential energy
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Zer da energia potentziala?
2 kg-ko masa batek 10 metro igotzen baditu Lurrean, 2 × 9,80665 × 10 ≈ 196 joule gordetzen ditu, hau da, 2 kg-ko masa batek 10 metro igotzen baditu Lurrean, 2 × 9,80665 × 10 ≈ 196 joule gordetzen ditu.
Energia potentziala erreferentzia-altuaren araberakoa da?
Bai. PE aukeratutako zero maila baten erlatiboki neurtzen da, normalean lurra. Bi puntuen arteko altuera-aldeak bakarrik dira fisikoki esanguratsu.
Nola aldatzen du beste planeta batzuetako grabitateak emaitza?
PE g-ren proportzionala da, beraz, altxamendu berdinak Jupiterren askoz energia gehiago gordetzen du (g ≈ 24,8) eta Ilargian askoz gutxiago (g ≈ 1,62). 2 kg-ko masa bat 10 m-ra altxatzeak Lurrean 196 J inguru gordetzen ditu, baina Ilargian 32 J inguru.
Nola kalkulatzen da erorketaren eragina?
H altueratik jaisten denean, energia potentziala energia zinetiko bihurtzen da, beraz ½mv² = mgh v = √(2gh) ematen du — masaz independentea. 10 m-tik Lurrean, 14 m/s-koa da, eta kalkulagailuak energiaren ondoan erakusten du.
Energia potentziala energia zinetikoarekin erlazionatzen da.
Objektu bat erortzen denean, energia potentziala energia zinetiko bihurtzen da, baina energia osoa (airearen erresistentzia alde batera utzita) konstante mantentzen da. Energia kontserbazio horrek eragin abiadura jauziaren altueraren araberakoa dela adierazten du, ez masaren araberakoa.
Zer da masa eta pisuaren arteko aldea?
Formulak masa kilogramotan erabiltzen du; pisua (indar grabitatorioa) m × g da eta jadanik PE = mgh adierazpenean g terminoaren bidez sartuta dago, beraz masa sartu behar da, ez pisua.
API — erabili kalkulagailu hau kodetik
Deitu kalkulagailu honi JSON amaierako puntu libre gisa — ez da gakorik behar. Bidali beheko eremuen balioak kontsultaren parametro edo JSON gisa. Irakurri APIaren dokumentazioa osorik →
Amaierako puntua
GET https://calculator.free/api/v1/potential-energy/curl
curl "https://calculator.free/api/v1/potential-energy/?solve=energy&mass=2&height=10"JavaScript fetch()
const r = await fetch(
"https://calculator.free/api/v1/potential-energy/?" + new URLSearchParams({
"solve": "energy",
"mass": "2",
"height": "10"
}));
const data = await r.json();
console.log(data.results);Emaitzak gida orokorrerako estimazioak dira, ez finantzarioak, medikuak edo zerga aholkuak.