State what is known and what must be found, upload a clear diagram when needed, and ask for formulas and steps that can be checked rather than copied blindly.
Set the controls that match your real use case, then review source rights and critical details before submitting.
Expected output
Input
A 2.0 kg block slides down a frictionless 30-degree incline. Find the component of gravitational force parallel to the incline. Use g = 9.81 m/s^2.
Output
Review direction: identify mass, angle, gravity, and the frictionless assumption; keep SI units consistent; verify the sine component and the final force magnitude.
A mechanics prompt shows how known values, units, assumptions, and the requested force should be listed before reviewing each formula step.
Key features
Describe the full question in text or upload a clear photo of the problem and diagram. Supporting both formats reflects how learners encounter assignments, while still asking for units, labels, and requested quantities to be visible.
Choose mechanics, electricity, waves, optics, or thermodynamics, then state known values and units. Topic context helps organize a solution around applicable principles instead of treating every physics question as the same calculation.
Request a concise outline, standard working, or detailed explanations with formulas and substitutions. The result should help a learner follow assumptions and units, not simply present an unexplained final number.
The requested workflow calls out unit systems, sign conventions, diagrams, and physical plausibility. Reviewing those details catches common mistakes such as incompatible units, a reversed vector, or an equation used outside its assumptions.
Step by step
Paste the question or upload a readable image, including diagram labels, known values, units, and the exact quantity to find.
Choose the topic, level, unit system, and explanation depth, and add assumptions such as frictionless motion or negligible air resistance.
Review each formula, substitution, sign convention, and final unit. Use the explanation to learn and compare with course material rather than bypassing academic-integrity rules.
FAQ
Yes. Use a clear, straight photo where every label, value, unit, and diagram feature can be read. If a diagram is crowded or partly hidden, add the missing information in the text field.
The form includes mechanics, electricity, waves, optics, and thermodynamics. Select the closest topic and state any course-specific conventions, because the same symbol or formula can have different assumptions in different contexts.
You can request an outline, standard steps, or detailed explanation. A useful learning response should state the principle, show substitutions, keep units visible, and explain why the chosen equation applies.
Physics answers depend on consistent dimensions and agreed directions. A correct-looking number can still be wrong when kilograms, grams, meters, centimeters, positive direction, or vector components are mixed incorrectly.
Use it to understand and check a method, then follow your course's academic-integrity rules. You remain responsible for your submitted work, and should compare any explanation with your notes, textbook, and instructor guidance.
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