Uniform Rectilinear Motion (MRU) Velocity-Time Graph Animation
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El dominio del Tiempo (cinemática intuitiva)
This GeoGebra applet demonstrates Uniform Rectilinear Motion (MRU) through animation.①What it shows: An object moving along a straight line at constant velocity, with dynamic position-time and velocity-time graphs.②Math concepts: Constant velocity motion formula s=vt, linear relationship between time and displacement, vector representation of velocity.③Construction: Uses sliders for time parameter control (t0 to t1), Animation commands for continuous motion, Vector tools for velocity representation, Function graphing for s-t and v-t curves, Text boxes displaying real-time motion parameters.④Target audience: High school physics (uniform motion) or middle school math (linear functions with physical meaning).
GeoGebra Commands & Parameters
Numeric anima(0){0, 0, 0}{0, 0, 0}Numeric dt(0.003)Numeric tt(599)Point M(0.5, 1)Point P(0.5, 1)(1, 0)Numeric tPausa(0)((t1(3) < t0(3)) * 3600) + ((t1(3) - t0(3)) * 60) + t1(2) - t0(2) + (t1(1) - t0(1)) / 1000 + tPausa1Boolean animacion(false)Numeric tPausaAux(0)
AI Drawing Prompt Reference
Draw a diagram of an object moving uniformly along a straight line. Show the position over time and velocity over time. Include a straight line, a curve for position, a curve for velocity, and time parameter labels.
The prompt above was compiled from the original drawing commands and is for reference only.