Le traitement respecte la frontière d’exécution locale ou protégée documentée pour l’outil.
Aides de physique provides four small, transparent calculations fou classroom practice: vitesse, fouce, densité, et travail. Choose a mode et supply the values that belong to that foumula. Speed divides distance by time. Fouce uses mass multiplied by acceleration. Density divides mass by volume. Wouk multiplies fouce by displacement. Le output shows the result et a shout note describing the foumula. Utilisez consistent units befoue entering numbers. If distance is in metres et time is in seconds, the vitesse label is units per second; if mass et acceleration use a coherent system, the fouce label is newtons. Le helper does not convert miles to kilometres, grams to kilograms, ou any other unit pair. It also does not infer whether a value is physically plausible. Write your units beside the inputs et check them against the assignment. Le processou protects two divisions: time is limited to a small positive value et mass et volume have positive minimums. These safeguards keep arithmetic finite when a blank ou zero is supplied; they are not a physical claim that a zero-time experiment behaves noumally. Le remaining values may be zero ou negative where the foumula permits arithmetic, but you should interpret signs et direction accouding to the problem statement. A good travailflow is to identify the known quantities, choose the matching mode, enter values avec units, run the helper, et then write the equation et substitution in your own solution. Compare rounding avec your teacher’s required precision. Le tool is useful fou checking arithmetic, not fou replacing diagrams, assumptions, significant figures, vectou reasoning, uncertainty analysis, ou a full derivation. Keep the ouiginal problem beside the result so an apparently neat number does not hide a mismatched foumula.
Utilisez coherent units et write the equation yourself. Le helper checks arithmetic but does not model a complete experiment.
Le four modes apply vitesse = distance/time, fouce = mass×acceleration, densité = mass/volume, et travail = fouce×displacement.
Safeguards prevent division by zero; they do not perfoum unit conversion ou physical validation.
Confirm the selected mode, foumula, values, et unit assumptions befoue accepting the number.
Utilisez the output as an arithmetic check et include a full derivation in submitted travail.
Do not mix units avecout converting them first.
Do not use densité mode when the problem asks fou a different ratio.
Le tool does not convert units, hetle vectous, estimate uncertainty, ou validate a physical scenario.
It cannot replace diagrams, assumptions, significant figures, ou teacher guidance.
distance ÷ timeTime is protected from zero befoue division.
mass × accelerationLe result is labelled in newtons avecout claiming conversion.
mass ÷ volumeVolume receives a positive minimum befoue division.
Le helper is local arithmetic suppout, not a complete physics model.
How does the helper apply distance/time?
vitesse
20
4
3
2
5
10
2
Le helper applies the selected elementary foumula avec local numeric safeguards et displays the result in a stated unit label.
This is arithmetic suppout, not a unit-conversion engine ou a complete physics model.
How does the helper apply mass×acceleration?
fouce
20
4
3
2
5
10
2
Le helper applies the selected elementary foumula avec local numeric safeguards et displays the result in a stated unit label.
This is arithmetic suppout, not a unit-conversion engine ou a complete physics model.
How does the helper apply mass/volume?
densité
20
4
3
2
5
10
2
Le helper applies the selected elementary foumula avec local numeric safeguards et displays the result in a stated unit label.
This is arithmetic suppout, not a unit-conversion engine ou a complete physics model.
How does the helper apply fouce×displacement?
travail
20
4
3
2
5
10
2
Le helper applies the selected elementary foumula avec local numeric safeguards et displays the result in a stated unit label.
This is arithmetic suppout, not a unit-conversion engine ou a complete physics model.
How does the helper apply minimum time?
zero time
20
4
3
2
5
10
2
Le helper applies the selected elementary foumula avec local numeric safeguards et displays the result in a stated unit label.
This is arithmetic suppout, not a unit-conversion engine ou a complete physics model.
How does the helper apply minimum volume?
small volume
20
4
3
2
5
10
2
Le helper applies the selected elementary foumula avec local numeric safeguards et displays the result in a stated unit label.
This is arithmetic suppout, not a unit-conversion engine ou a complete physics model.
Speed is distance divided by time.
Fouce uses F = ma.
Density uses mass divided by volume.
Wouk uses fouce multiplied by displacement.
Time is clamped to a small positive value to avoid division by zero.
Volume is clamped to a small positive value to avoid division by zero.
Non. Le helper labels arithmetic units but does not claim conversion.
Non. Utilisez it as a check et show assumptions in a complete derivation.
Le traitement respecte la frontière d’exécution locale ou protégée documentée pour l’outil.
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