On the Kemeny constant and stationary distribution vector
... distribution vector when A is perturbed, with small values of the Kemeny constant corresponding to well–conditioned stationary distribution vectors. In view of these last observations regarding low values of the Kemeny constant, it is not surprising that there is interest in identifying stochastic m ...
... distribution vector when A is perturbed, with small values of the Kemeny constant corresponding to well–conditioned stationary distribution vectors. In view of these last observations regarding low values of the Kemeny constant, it is not surprising that there is interest in identifying stochastic m ...
Module P2.6 Circular motion
... closer to 90°. In the limit as θ approaches zero, OÂB = 90°. In other words, the direction of the velocity vector at A is perpendicular to the position vector at A, which means it must point along the tangent at A. There is nothing special about point A, so this must be true at any point on the cir ...
... closer to 90°. In the limit as θ approaches zero, OÂB = 90°. In other words, the direction of the velocity vector at A is perpendicular to the position vector at A, which means it must point along the tangent at A. There is nothing special about point A, so this must be true at any point on the cir ...
