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If you are given values for Δx, v, and Δt, which kinematic equation could be used to find v0?​
V = v0 + aΔt
Δx= (v + v0/ 2) Δt
v^2 = v0^2 2aΔx
Δx = v0Δt + 1/2 a (Δt)^2

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mickymike92

The  kinematic equation which could be used to find v₀ is Δx= (v + v₀/ 2) Δt; option B.

What are kinematic equations?

Kinematic equations are equations which relates the motion of a body.

Kinematic equations shows the relationship between the various parameters of motion of a body:

  • change in position, Δx
  • change in time, Δt
  • acceleration. a
  • initial velocity, v₀
  • final velocity, v

The kinematic equations are given below:

  • V = v + a*Δt
  • Δx= (v + v₀/ 2) Δt
  • v^2 = v₀² + 2aΔx
  • Δx = v₀Δt + 1/2 a * (Δt)²

Given the values for Δx, v, and Δt, the kinematic equation which could be used to find v₀ is Δx= (v + v₀/ 2) Δt

Learn more about kinematic equations at: https://brainly.com/question/24787129
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