Vector Components
A = 50 N at 37 degrees, resolved into x and y components.
Physics Diagram Tool
Vector Diagram Physics Maker with Components
Create precise physics vector diagrams from magnitudes and angles. Draw components, head-to-tail addition, resultants, and export SVG, PNG, or CSV.
Vector componentsHead-to-tail additionResultant calculationSVG, PNG, and CSV export
Vector settings
Enter magnitude and angle in standard position.
Format: label, magnitude, angle in degrees, unit. Up to six vectors.
Diagram mode
Diagram preview
Angles are measured counterclockwise from the positive x-axis.
Resultant magnitude
50 N
Resultant angle
37°
Rx
39.93 N
Ry
30.09 N
Vector
Magnitude
Angle
x component
y component
A
50 N
37°
39.93 N
30.09 N
This is a deterministic physics diagram tool. It renders SVG in your browser and does not use image-generation credits.
Vector Diagram Examples
Compare common classroom cases: components, resultants, head-to-tail addition, and displacement vectors.
Two Vector Resultant
Two vectors added tip-to-tail with the resultant from start to end.
Three Forces from Origin
Concurrent force vectors with a net resultant.
Navigation Displacement
A route drawn as vector legs with the net displacement.
Projectile Velocity
Initial velocity split into horizontal and vertical components.
Balanced Check
Three equal vectors separated by 120 degrees nearly close the triangle.
What is a vector diagram physics maker?
A vector diagram physics maker draws arrows that represent physical quantities with both magnitude and direction. Students and teachers use vector diagrams to resolve a vector into x and y components, add vectors graphically, estimate resultants, and check the direction of forces, velocities, displacements, and fields.
Why this tool uses precise SVG rendering
- Vector diagrams are geometry models, so arrow length, angle, and components should match the input values.
- The tool calculates x = magnitude cos(theta), y = magnitude sin(theta), and the resultant vector from the component sums.
- It renders editable SVG directly in the browser instead of using an AI image model, so the same inputs always produce the same diagram.
- SVG, PNG, and CSV export make the result useful for worksheets, lab reports, slide decks, and homework explanations.
What can you create?
- Component diagrams for one or more angled vectors.
- Head-to-tail vector addition diagrams with a resultant arrow.
- Concurrent vector diagrams where all arrows start from the same origin.
- Resultant force, displacement, velocity, and projectile component diagrams.
Vector diagram vs free body diagram
A vector diagram is a general tool for arrows, components, addition, and resultants. A free body diagram is more specific: it isolates one object and shows the external forces acting on that object. Use this page when the task is vector arithmetic or component resolution. Use the Free Body Diagram Generator when the task is force identification for a physical body.
How to draw a vector diagram
- Enter each vector as label, magnitude, angle, and unit.
- Choose Components to resolve vectors into x and y parts.
- Choose Head-to-tail to place each vector at the tip of the previous vector.
- Turn on the resultant arrow to show the net vector from the start point to the final point.
- Export the diagram or the calculated component table when the result is ready.
Questions Fréquentes
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