Constant Velocity infographic

Constant Velocity Model Constant Velocity Model From a position-‐time graph, an objects position can be predicted From a position-‐time graph, an objects position can be predicted based on its starting position, velocity, and time interval of travel based on its starting position, velocity, and time interval of travel Δx Δx v= v= x f − xi Δt x f − xi Δt slope = slope = t f − ti t f − ti x = vt + xi x = vt + xi Buggy Lab Buggy Lab The objects The objectsWhen velocity is constant,a graph of velocity v. time v = vi displacement is equal to the area When velocity is constant, a graph of velocity v. time v = vi displacement is equal to the areawill be a horizontal line under the curve will be a horizontal line under the curveand the velocity at any and the velocity at anytime will be equal to the Δx = vt time will be equal to the Δx = vtstarting velocity starting velocity Constant Velocity Model Constant Velocity Model From a position-‐time graph, an objects position can be predicted From a position-‐time graph, an objects position can be predicted based on its starting position, velocity, and time interval of travel based on its starting position, velocity, and time interval of travel Δx Δx v= v= x f − xi Δt x f − xi Δt slope = slope = t f − ti t f − ti x = vt + xi x = vt + xi Buggy Lab Buggy Lab The objects The objectsWhen velocity is constant,a graph of velocity v. time v = vi displacement is equal to the area When velocity is constant, a graph of velocity v. time v = vi displacement is equal to the areawill be a horizontal line under the curve will be a horizontal line under the curveand the velocity at any and the velocity at anytime will be equal to the Δx = vt time will be equal to the Δx = vtstarting velocity starting velocity Constant Velocity Model Constant Velocity Model From a position-‐time graph, an objects position can be predicted From a position-‐time graph, an objects position can be predicted based on its starting position, velocity, and time interval of travel based on its starting position, velocity, and time interval of travel Δx Δx v= v= x f − xi Δt x f − xi Δt slope = slope = t f − ti t f − ti x = vt + xi x = vt + xi Buggy Lab Buggy Lab The objects The objectsWhen velocity is constant,a graph of velocity v. time v = vi displacement is equal to the area When velocity is constant, a graph of velocity v. time v = vi displacement is equal to the areawill be a horizontal line under the curve will be a horizontal line under the curveand the velocity at any and the velocity at anytime will be equal to the Δx = vt time will be equal to the Δx = vtstarting velocity starting velocity

Constant Velocity infographic

by Gary G Abud Jr

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