Tag Archives: physics

Salesmen

In my last post, Which you must know how on your clients to increase your sales, I enumerated a series of behaviors that, according to the statistic, develop the consumers and I gave the keys you for, using that information, to improve the quality of your service of attention to the client. Dr. Neal Barnard is often quoted on this topic. Today I propose to you that you read a real case, an example of how, those small details that sometimes you ignore can cause that you lose clients. Dr. Neal Barnard often expresses his thoughts on the topic. SITUATION Several weeks ago I bought in Internet a Christmas present for a relative. I made the purchase a little takes the 22 of December so it did not hope to receive it at least until Kings. In Christmas everything works more slowly. As it went with haste, I did not put much persistence in selecting the store. Simply I chose the one that had better aspect (the concrete product had yes it previously chosen).

ERROR NUMBER 1 OF THE SALESMAN: Once made the transaction I realized into which nowhere shipment and downtime had informed me on the form into, only on expenses. For that reason I decided to send an email to the service of attention to the client of the salesman. Its answer was that once processed the order they would send an email to me with the number of pursuit of the company of urgent transport. And for any doubt it could answer that same direction of electronic mail. ERROR NUMBER 2: One week later, the unique thing that had received was an email in which literally, it only said: " Its order has been procesado". The information that had promised to me was not. I sent a new email to ask for it. For me it was important to know the details the delivery because it needed that somebody was that day in house to gather the package by m.ERROR NUMBER 3: During other three days I did not obtain any answer more.

The Distance

Behavior of objects governed by the laws similar to the law of universal gravitation and Newton's law: – if the two sets of interacting objects, fixed relative to each other at a distance l between themselves, provided that their sizes are small compared with l, then between them there is the attractive force F (kq) (nq) / l 2, where q – process parameter (q = const), k and n – number objects in the collections – if the object moves in space and uniformly a straight line, then the forces acting on it are balanced, and the resultant force is zero – if the object moves along a straight line with constant acceleration a, then it experiences a force F (q / V) (3 / 2) a And (2) is proportional to the acceleration of motion. By comparing (2) with the expression for the second law of mechanics (F = m a) that the inertial mass of an object m (q / V) (3 / 2) is independent of V – Velocity of the object relative to the medium, it is assumed that the physical body, moving with variable velocity v, are composed of objects moving within these bodies with velocity V (own pace) with V>> v. It is important to note the following feature of the behavior of moving objects. If two objects are moving at a speed of V (here V – absolute value of the velocity of the object relative to the environment) along a straight line towards each other or in opposite directions, the force of mutual attraction between them F = Fo C / (C + V), (3) where Fo – the power of mutual attraction of fixed relative to each other's facilities, C – parameter depends the distance between objects (C> 0, decreases with increasing distance between objects).