Particle Motion

The graph is of v(t). If x(0)=7, what is the value of x(4)?

The graph is of v(t). If x(0)=5, what's the displacement on the interval 0 < t < 6?

The graph is of v(t). If x(0)=5, what's total distance traveled on the interval 0 < t < 6?

The graph of v(t) is shown here. If x(0)=-2, what is the value of x(4)?

The graph of v(t) is shown here. If x(0)=-2, what is the value of x(8)?

The graph of v(t) is shown here. If x(0)=-2, what is the displacement on the interval 0 < t < 8?

The graph of v(t) is shown here. If x(0)=-2, what is the total distance traveled on the interval 0 < t < 8?

The graph of v(t) is shown here. If x(0)=-4, what is the value of x(3)?

The graph of v(t) is shown here. If x(0)=-4, what is the displacement only on the interval 3 < t < 9?

If $$v\left(t\right)=t^3-5t$$ , and x(0) = 5, what is the value of x(1)?

If $$v\left(t\right)=t^3-5t$$ , and x(0) = 5, what is the displacement on the interval 0 < t < 3?

If $$v\left(t\right)=t^3-5t$$ , and x(0) = 5, what is the total distance on the interval 0 < t < 3?

If x(3) = 5, v(3) = -3, and a(3) = 4 which of the following correctly describes the particle's motion at t = 3?

If x(3) = -5, v(3) = -3, and a(3) = -1 which of the following correctly describes the particle's motion at t = 3?

If x(3) = -5, v(3) = 4, and a(3) = 8 which of the following correctly describes the particle's motion at t = 3?

If x(3) = 5, v(3) = 4, and a(3) = -8 which of the following correctly describes the particle's motion at t = 3?