Velocity-Time Graphs (Edexcel A-Level Mathematics): Flashcards

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Velocity-Time Graphs
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Velocity formula

ΔSΔt\frac{\Delta S}{\Delta t} where SS is displacement

Speed formula

dΔt\frac{d}{\Delta t} where dd is distance travelled

Velocity on an S-T graph

The gradient

S-T graph shape for bouncing ball

Parabolic curves

V-T graph shape for bouncing ball

Straight lines with negative slopes

Gradient of V-T graph represents

Acceleration (rate of change of velocity)

Velocity at top of bounce

Zero

Gradient of V-T lines for gravity

9.8-9.8 m/s²

Acceleration formula

ΔVΔt\frac{\Delta V}{\Delta t}

Displacement from V-T graph

Total area between graph and x-axis (with signs)

Distance from V-T graph

Total area (ignoring negatives)

Acceleration on V-T graph

Gradient at a given point

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