Kalkulatur tat-torque
Torque mill-forza, it-tul tal-lieva u l-angolu — bil-qawwa f'veloċità partikolari.
Riżultati aġġornament kif inti tip.
Dwar din il-kalkulatur
Torque is the rotational equivalent of force — the twisting effect a force has about a pivot. It is τ = F × r × sin(θ), where F is the applied force, r is the lever arm (distance from the pivot) and θ is the angle between the force and the arm. Only the component of force perpendicular to the lever produces rotation, so torque is greatest when the force is applied at a right angle (θ = 90°), reducing to the familiar τ = F × r. The SI unit is the newton-metre (N·m); this calculator also converts to pound-feet (1 N·m ≈ 0.7376 lb·ft).
As a worked example, pushing with 100 N at the end of a 0.5 m wrench, perpendicular to the handle, produces τ = 100 × 0.5 × sin(90°) = 50 N·m. Angle the same push at 30° to the handle and it drops to 100 × 0.5 × 0.5 = 25 N·m, because only half the force now acts crossways. This is why a longer wrench or a straight-on pull loosens a stubborn bolt more easily — you multiply either the lever arm or the effective force.
If you enter a rotational speed, the calculator also returns the mechanical power, P = τ × ω, where the angular speed ω = rpm × 2π / 60 in radians per second. The same torque delivers more power the faster it turns, which is the link between an engine’s torque and its horsepower. Torque calculations are essential for tightening fasteners to spec, sizing motors and gearboxes, designing levers and wrenches, and analysing any rotating machinery.
Mistoqsijiet li jsiru ta' spiss
X'inhi l-formula tat-torque?
It-torque huwa ugwali għall-forza darba t-tul tal-lieva darba s-sinus tal-angolu bejniethom, τ = F × r × sin(θ).
Għaliex l-angolu huwa importanti?
Il-komponent tal-forza perpendikulari għall-lieva biss jipproduċi rotazzjoni.F'90° il-forza kollha hija effettiva; f'0° (dritta tul id-driegħ) it-torque huwa żero.
Kif torque u l-qawwa jirrelataw?
Il-qawwa mekkanika hija l-veloċità angolari multiplikata bit-torque, P = τ × ω, fejn ω = rpm × 2π / 60.L-istess torque jagħti aktar qawwa aktar ma jdur malajr.
X'inhi d-differenza bejn it-torque u l-forza?
Il-forza hija l-forza li tiġbed jew timbotta f'linja dritta f'newtons; it-torque huwa l-effett li jdur madwar il-pivot, f'newton-metri, u jiddependi kemm fuq il-forza kif ukoll fuq kemm hi 'l bogħod mill-pivot li taġixxi.
Kif nikkonverti newton-metri għal pound-pied?
Imbagħad immultiplika N·m b'0.7376. Għalhekk 50 N·m huwa madwar 36.9 lb·ft. Il-kalkulatur juri ż-żewġ unitajiet, li huwa handy peress li l-ispeċifikazzjonijiet tat-torque huma kkwotati f'N·m fil-biċċa l-kbira tad-dinja u lb·ft fl-Istati Uniti.
Kif nista nikseb aktar torque fuq bolt?
Żid il-lieva jew il-forza, jew tapplika l-forza f'angolu dritt. Wrench darbtejn itwal, jew ġbid dritt minflok wieħed angolari, it-tnejn jimmultiplikaw it-torque għall-istess sforz - li huwa għaliex breaker bars jaħdmu.
L-angolu verament ibiddel it-torque tant?
Iva. It-torque jiskala b'sin(θ), għalhekk forza tul il-lieva (0°) ma tipproduċi l-ebda rotazzjoni, 30° tagħti nofs il-massimu, u biss push perpendikolari (90°) tagħti l-F × r sħiħ. Żomm il-forza kwadra għad-driegħ għall-aktar effett.
API — uża din il-kalkulatur mill-kodiċi
Sejjaħ dan il-kalkulatur bħala punt aħħari JSON b'xejn — l-ebda ċavetta meħtieġa Ibgħat il-valuri tal-qasam hawn taħt bħala parametri tal-mistoqsija jew JSON. Kull ħaġa li tħalli barra tuża l-istess default li din il-paġna hija mimlija minn qabel; parametru mhux magħruf huwa 400, qatt żero sieket. Aqra d-dokumenti sħaħ tal-API →
Punt aħħari
GET https://calculator.free/api/v1/torque/curl
curl "https://calculator.free/api/v1/torque/?solve=torque&force=100&length=0.5"JavaScript fetch()
const r = await fetch(
"https://calculator.free/api/v1/torque/?" + new URLSearchParams({
"solve": "torque",
"force": "100",
"length": "0.5"
}));
const data = await r.json();
console.log(data.results);Ir-riżultati huma stimi għal gwida ġenerali biss, mhux parir finanzjarju, mediku jew tat-taxxa.