Àwọn Ìṣàmúlò-ètò

Fi àwọn ìṣẹ̀dá tí Newton fì mú ìṣẹ̀dá kejì fún ìṣẹ̀dá, ìṣàfarawé àti ìṣàfarawé.

Àwọn àwọn ààyè-iṣẹ́

Ìjánu-ìṣàmúlò-ètò

m/s²

Ìgbàdúrò

Ìgbà Ìṣẹ́ —

Ìgbà Ìpàlẹ̀ (lbf) —

Ìgbà Ìṣẹ́ (kgf) —

Ìjánu-ìfún (kg) —

Àwọn ìṣàmúlò-ètò —

Àwọn Àtòjọ-ẹ̀yàn àwọn ìṣàmúlò-ètò

Ńlà àwọn àwọn ààtò àtòjọ-ẹ̀yàn yìí?

Àkóónú ìṣàmúlò-ètò yìí

Newton's second law is the cornerstone of classical mechanics: the net force on an object equals its mass times its acceleration, F = m × a. Rearranged, the acceleration a body undergoes is a = F / m, and the mass implied by a known force and acceleration is m = F / a. The result is in newtons (N), the SI unit of force defined as the force that gives a 1 kg mass an acceleration of 1 m/s². This calculator also converts to pound-force and kilogram-force, using 1 N = 0.2248 lbf = 0.1020 kgf.

Choose which quantity to solve for and enter the other two. For example, accelerating a 10 kg mass at 9.8 m/s² takes F = 10 × 9.8 = 98 N — which is also the weight of that mass on Earth, since weight is just the gravitational force m × g. Push a 1,500 kg car to 2 m/s² and you need 3,000 N; halve the mass or the acceleration and the force halves too, because force is directly proportional to both.

Force calculations underpin everything from working out the thrust a rocket needs and the braking force to stop a vehicle, to the tension in a lift cable and the recoil of a firearm. Keep the units consistent — kilograms, metres and seconds give newtons — and remember the law describes the net force: if several forces act, add them as vectors first, then divide by mass to get the actual acceleration.

Àwọn Àtòjọ-ẹ̀yàn

Kini ìṣẹ̀dà kejì ti Newton?

O sọ pe agbara ti o wa lori ohun kan ni o tọka si iwuwo rẹ ni igba ti o ba nlọ ni iyara, F = m × a. Ti o ba ṣe iwuwo tabi iwuwo ba pọ si, agbara naa yoo pọ si.

Kini àwọn ààyè-iṣẹ́?

A newton is the SI unit of force: the force that gives a 1 kg mass an acceleration of 1 m/s². It equals about 0.2248 pounds-force.

Bawo ni mo ṣe lè rí ìṣàfarawé ìṣàmúlò-ètò láti inú ìṣẹ̀dà àti ìṣàmúlò-ètò?

Ṣàfikún àwọn ààyè-iṣẹ́ láti inú a = F / m. Ìgbà 3,000 N tí a fi pamọ́ sí ààyè-iṣẹ́ nínú 1,500 kg 1-motó yí 3,000 / 1,500 = 2 m/s² tí a bá gbọ́. Ìbàráyé tí o jú jú nínú ààyè-iṣẹ́ náà.

Ńlátí ìṣàfarawé àwọn ààyè-iṣẹ́

Weight is the specific gravitational force on a mass, W = m × g, with g ≈ 9.81 m/s² on Earth. So a 10 kg mass weighs about 98 N. Mass stays the same everywhere; weight changes with local gravity.

Kini iyatọ laarin aago ati agbara?

Mass (kilograms) measures how much matter an object contains and resists acceleration; force (newtons) is a push or pull. They are linked by F = m × a but they are different quantities with different units.

Kini "awọn isẹ́" tumọ̀ nínú ìṣàmúlò-ètò náà?

It is the vector sum of all forces acting on the object. If a 100 N push meets a 30 N friction force, the net force is 70 N, and that is the value that determines the actual acceleration.

Bawo ni mo ṣe lè yipada àwọn newtons sí àwọn púunds-force tàbí kilógiramu-force?

Fi àwọn newtons pọ̀ nípa 0.2248 fún àwọn púunds-force tàbí nípa 0.1020 fún àwọn kilọ́giramu-force. Nítorí nípa 98 N nípa 22 lbf tàbí 10 kgf — àwọn ìṣàmúlò-ètò náà ń fi àwọn ìyipadà àwọn mejeeji hàn nípa ìṣàfarawé.

API — ló àwọn ìṣàmúlò-ètò yìí láti inú ìṣàmúlò-ètò

Fi àwọn ìṣàmúlò-ètò yìí kọ̀ǹpútà yìí láti jẹ́ ààyè-iṣẹ́ JSON tí a tí fi pamọ́ - kò ní bọ́tìnì kan tí a fẹ́. Fi àwọn fálù ààyè-iṣẹ́ sílẹ̀ sí bí àwọn àwọn ìṣàmúlò-ètò àti JSON. Anything you omit uses the same default this page is pre-filled with; an unknown parameter is a 400, never a silent zero. Ka àwọn àkọlé API kíkún →

Àwọn Ààyè Ìjánu-ìṣàmúlò-ètò

GET https://calculator.free/api/v1/force/

curl

curl "https://calculator.free/api/v1/force/?solve=force&mass=10&acceleration=9.8"

JavaScript `fetch()`

const r = await fetch(
  "https://calculator.free/api/v1/force/?" + new URLSearchParams({
    "solve": "force",
    "mass": "10",
    "acceleration": "9.8"
  }));
const data = await r.json();
console.log(data.results);

Results are estimates for general guidance only, not financial, medical or tax advice.

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